Publications

Refereed publications

1. 1. Ajith, P
   2. Seoane, P A
   3. Sedda, M A
   4. Arcodia, R
   5. Badaracco, F
   6. Banerjee, B
   7. Belgacem, E
   8. Benetti, G
   9. Benetti, S
   10. Bobrick, A
   11. Bonforte, A
   12. Bortolas, E
   13. Braito, V
   14. Branchesi, M
   15. Burrows, A
   16. Cappellaro, E
   17. Ceca, R D
   18. Chakraborty, C
   19. Subrahmanya, S C
   20. Coughlin, M W
   21. Covino, S
   22. Derdzinski, A
   23. Doshi, A
   24. Falanga, M
   25. Foffa, S
   26. Franchini, A
   27. Frigeri, A
   28. Futaana, Y
   29. Gerberding, O
   30. Gill, K
   31. Giovanni, M D
   32. Giudice, I F
   33. Giustini, M
   34. Gläser, P
   35. Harms, J
   36. Van Heijningen, J
   37. Iacovelli, F
   38. Kavanagh, B J
   39. Kawamura, T
   40. Kenath, A
   41. Keppler, E-A
   42. Kobayashi, C
   43. Komatsu, G
   44. Korol, V
   45. Krishnendu, N
   46. Kumar, P
   47. Longo, F
   48. Maggiore, M
   49. Mancarella, M
   50. Maselli, A
   51. Mastrobuono-Battisti, A
   52. Mazzarini, F
   53. Melandri, A
   54. Melini, D
   55. Menina, S
   56. Miniutti, G
   57. Mitra, D
   58. Morán-Fraile, J
   59. Mukherjee, S
   60. Muttoni, N
   61. Olivieri, M
   62. Onori, F
   63. Papa, M A
   64. Patat, F
   65. Perali, A
   66. Piran, T
   67. Piranomonte, S
   68. Pol, A R
   69. Pookkillath, M C
   70. Prasad, R
   71. Prasad, V
   72. Rosa, A D
   73. Chowdhury, S R
   74. Serafinelli, R
   75. Sesana, A
   76. Severgnini, P
   77. Stallone, A
   78. Tissino, J
   79. Tkalčić, H
   80. Tomasella, L
   81. Toscani, M
   82. Vartanyan, D
   83. Vignali, C
   84. Zaccarelli, L
   85. Zeoli, M
   86. Zuccarello, L

   (2025) The Lunar Gravitational-wave Antenna: mission studies and science case. Journal of Cosmology and Astroparticle Physics. DOI: 10.1088/1475-7516/2025/01/108
2. 1. Araújo Cabarcas, J C
   2. López, F
   3. Johansson, S
   4. Westman, A
   5. Bodin, M

   (2025) Efficient computation and visualization of ionospheric volumetric images for the enhanced interpretation of Incoherent scatter radar data. Applied Computing and Geosciences. DOI: 10.1016/j.acags.2025.100245
3. 1. Balis, J
   2. Lamy, H
   3. Anciaux, M
   4. Jehin, E
   5. De Keyser, J
   6. Kastinen, D
   7. Brown, P G

   (2025) Enhanced Meteoroid Trajectory and Speed Reconstruction Using a Forward Scatter Radio Network: Pre‐t0 ${t}_{0}$ Phase Technique and Uncertainty Analysis. Radio Science. DOI: 10.1029/2025RS008305
4. 1. Barabash, S
   2. Holmström, M
   3. Ramstad, R
   4. Futaana, Y
   5. Voshchepynets, A

   (2025) The Induced Magnetosphere of Mars and the Near-Mars Environment as Revealed by Mars Express. Space Science Reviews. DOI: 10.1007/s11214-025-01206-1
5. 1. Baraka, M
   2. Le Contel, O
   3. Canu, P
   4. Alqeeq, S W
   5. Dargent, J
   6. Beck, A
   7. Cozzani, G
   8. Retinò, A
   9. Chust, T
   10. Mirioni, L
   11. Toledo‐Redondo, S
   12. Akhavan‐Tafti, M
   13. Bandyopadhyay, R
   14. Chasapis, A
   15. Norgren, C
   16. Khotyaintsev, Y
   17. Ahmadi, N
   18. Wei, H Y
   19. Fischer, D
   20. Gershman, D J
   21. Burch, J L
   22. Torbert, R B
   23. Giles, B L
   24. Fuselier, S A
   25. Ergun, R E
   26. Lindqvist, P
   27. Russell, C T
   28. Strangeway, R J
   29. Bromund, K R

   (2025) MMS Analysis of a Dayside Compressed Magnetospheric Separatrix in the Presence of Cold Ions and a Moderate Guide Field. Journal of Geophysical Research: Space Physics. DOI: 10.1029/2024ja033234
6. 1. Baskevitch, C
   2. Modolo, R
   3. Cecconi, B
   4. Leblanc, F
   5. Wahlund, J
   6. Aizawa, S
   7. Oza, A V

   (2025) Modeling Jovian Plasma‐Europa Interactions: Innovative Atmosphere and Ionosphere Depiction for JUICE Mission Insights. Journal of Geophysical Research: Space Physics. DOI: 10.1029/2025JA033740
7. 1. Beedle, J M H
   2. Gershman, D J
   3. Shuster, J R
   4. Uritsky, V M
   5. Phan, T D
   6. Norgren, C
   7. Burch, J L
   8. Genestreti, K J
   9. Heuer, S V
   10. Giles, B L
   11. Torbert, R B

   (2025) The Diffusion Interaction Region of Dayside Magnetic Reconnection. Journal of Geophysical Research: Space Physics. DOI: 10.1029/2024JA033680
8. 1. Bergman, S
   2. Kasahara, S
   3. Stenberg Wieser, G

   (2024) Spacecraft potential effects on low-energy ion measurements to be made by probe B1 of Comet Interceptor. RAS Techniques and Instruments. DOI: 10.1093/rasti/rzae021
9. 1. Cahuasquí, J A
   2. Hoque, M M
   3. Jakowski, N
   4. Buchert, S
   5. Vasylyev, D
   6. Nykiel, G
   7. David, P
   8. Tagargouste, Y
   9. Kriegel, M
   10. Berdermann, J
   11. Nielsen, K

   (2025) New Swarm products NeGIX and TEGIX for monitoring horizontal ionospheric gradients. Journal of Space Weather and Space Climate. DOI: 10.1051/swsc/2025040
10. 1. Canu-Blot, R
    2. Wieser, M
    3. Kérényi, M
    4. Barabash, S
    5. Wang, X-D
    6. Maynadié, T
    7. Zhang, A
    8. Wang, W
    9. Melville, N
    10. Wang, Q
    11. Zou, Y
    12. Dou, H
    13. Zhu, H
    14. Alatalo, V
    15. Edström, A
    16. Kalla, L
    17. Karlsson, S
    18. Oja, M
    19. Olsen, J
    20. Peterson, J
    21. Stålnacke, D
    22. Upton, D

    (2025) The Negative Ions at the Lunar Surface (NILS) Instrument on the Chang'E-6 Mission. Space Science Reviews. DOI: 10.1007/s11214-025-01162-w
11. 1. Canu-Blot, R
    2. Wieser, M
    3. Wieser, G S

    (2024) Upper limit of the solar wind protons backscattering efficiency from Comet 67P/Churyumov-Gerasimenko. Astronomy & Astrophysics. DOI: 10.1051/0004-6361/202348684
12. 1. Cheng, L
    2. Vigren, E
    3. Persson, M
    4. Gu, H
    5. Cui, J

    (2025) Advancing CO₂⁺⁺ Modeling in the Martian Dayside Ionosphere: Insights from Natural Lifetime Analysis. The Astrophysical Journal. DOI: 10.3847/1538-4357/ada123
13. 1. Cheng, L
    2. Vigren, E
    3. Cui, J
    4. Stone, S
    5. Benna, M

    (2026) Investigating significant model-observation discrepancies of protonated species in the Martian ionosphere. Monthly Notices of the Royal Astronomical Society. DOI: 10.1093/mnras/staf2229
14. 1. Cheng, L
    2. Vigren, E
    3. Lillis, R
    4. Persson, M

    (2025) Photochemical modeling of Ar⁺ ions in the Martian dayside ionosphere: Implications for ionospheric modeling on Mars. Astronomy & Astrophysics. DOI: 10.1051/0004-6361/202555806
15. 1. Dawkins, E C M
    2. Janches, D
    3. Stober, G
    4. Carrillo‐Sánchez, J D
    5. Lieberman, R S
    6. Jacobi, C
    7. Moffat‐Griffin, T
    8. Mitchell, N J
    9. Cobbett, N
    10. Batista, P P
    11. Andrioli, V F
    12. Buriti, R A
    13. Murphy, D J
    14. Kero, J
    15. Gulbrandsen, N
    16. Tsutsumi, M
    17. Kozlovsky, A
    18. Lester, M
    19. Kim, J
    20. Lee, C
    21. Liu, A
    22. Fuller, B
    23. O’Connor, D
    24. Palo, S E
    25. Taylor, M J
    26. Marino, J
    27. Rainville, N

    (2024) Seasonal and Local Time Variation in the Observed Peak of the Meteor Altitude Distributions by Meteor Radars. Journal of Geophysical Research: Atmospheres. DOI: 10.1029/2024JD040978
16. 1. De Keyser, J
    2. Edberg, N
    3. Henri, P
    4. Rothkaehl, H
    5. Della Corte, V
    6. Rubin, M
    7. Funase, R
    8. Kasahara, S
    9. Snodgrass, C

    (2025) Optimal choice of closest approach distance for a comet flyby: Application to the Comet Interceptor mission. Planetary and Space Science. DOI: 10.1016/j.pss.2024.106032
17. 1. Dokgo, K
    2. Webster, J M
    3. Hwang, K
    4. Choi, E
    5. Graham, D B
    6. Hasegawa, H
    7. Burch, J L
    8. Yoon, P H

    (2025) Rising‐Tone Whistler Wave in a Magnetosheath Side Separatrix of Dayside Magnetic Reconnection. Geophysical Research Letters. DOI: 10.1029/2025GL116497
18. 1. Dong, Y
    2. Ramstad, R
    3. Davis, M
    4. Holmström, M
    5. Brain, D A
    6. Espley, J R
    7. Curry, S M

    (2025) Deriving IMF Properties from Mars Express Heavy Pickup Ion Measurements. Geophysical Research Letters. DOI: 10.1029/2025GL114745
19. 1. Edberg, N J T
    2. Eriksson, A
    3. Vigren, E
    4. Nilsson, H
    5. Gunell, H
    6. Götz, C
    7. Richter, I
    8. Henri, P
    9. De Keyser, J

    (2024) Scale size of cometary bow shocks. Astronomy & Astrophysics. DOI: 10.1051/0004-6361/202346566
20. 1. Edberg, N J T
    2. Andrews, D J
    3. Cheng, L
    4. Kim, K
    5. Stergiopoulou, K
    6. Lester, M
    7. Wedlund, C S
    8. Halekas, J S
    9. Curry, S M

    (2025) Statistical Analysis of Multiple Bow Shock Crossings at Mars. Geophysical Research Letters. DOI: 10.1029/2025GL118868
21. 1. Gao, J
    2. Rong, Z
    3. Zhang, Q
    4. Mittelholz, A
    5. Zhang, C
    6. Wei, Y

    (2024) Influence of upstream solar wind on magnetic field distribution in the Martian nightside ionosphere. Earth and Planetary Physics. DOI: 10.26464/epp2024052
22. 1. Gasparini, S
    2. Kepko, L
    3. Sorathia, K A
    4. Michael, A
    5. Merkin, V G
    6. Laundal, K M
    7. Norgren, C

    (2025) A New Approach to Data‐Model Comparisons: Using MAGE and Lompe to Unravel Ionosphere‐Magnetosphere Electrodynamics. Journal of Geophysical Research: Space Physics. DOI: 10.1029/2025ja034033
23. 1. Gasparini, S
    2. Kepko, L
    3. Laundal, K
    4. Merkin, V
    5. Michael, A
    6. Sorathia, K

    (2025) A new approach to data-model comparisons: Using MAGE and Lompe to unravel ionosphere-magnetosphere electrodynamics. DOI: 10.5194/egusphere-egu25-17932
24. 1. Gauthier, A
    2. Borries, C
    3. Kozlovsky, A
    4. Janches, D
    5. Brown, P
    6. Vida, D
    7. Jacobi, C
    8. Murphy, D
    9. Tsutsumi, M
    10. Gulbrandsen, N
    11. Nozawa, S
    12. Lester, M
    13. Kero, J
    14. Mitchell, N
    15. Moffat-Griffin, T
    16. Stober, G

    (2025) TIMED Doppler Interferometer Measurements of Neutral Winds at the Mesosphere and Lower Thermosphere and Comparison to Meteor Radar Winds. Annales Geophysicae. DOI: angeo-43-427-2025
25. 1. Genestreti, K J
    2. Nakamura, R
    3. Liu, Y-H
    4. Burch, J L
    5. Norgren, C
    6. Shuster, J
    7. Hesse, M
    8. Torbert, R B
    9. Chen, L-J
    10. Heuer, S V

    (2025) Structure of the Electron Diffusion Region During Magnetic Reconnection. Space Science Reviews. DOI: 10.1007/s11214-025-01188-0
26. 1. Goryunov, M V
    2. Petrova, E V
    3. Chukin, A V
    4. Maksimova, A A
    5. Varga, G
    6. Dankházi, Z
    7. Felner, I
    8. Leitus, G
    9. Gritsevich, M
    10. Kuzmann, E
    11. Homonnay, Z
    12. Kohout, T
    13. Oshtrakh, M I

    (2025) Comparison of the iron‐bearing crystals and phases from Tamdakht H5 and Annama H5 ordinary chondrites by X‐ray diffraction, magnetization measurements and Mössbauer spectroscopy. Meteoritics & Planetary Science. DOI: 10.1111/maps.14368
27. 1. Graham, D B
    2. Khotyaintsev, Y V
    3. Lalti, A

    (2025) Ion‐Acoustic Waves and the Proton‐Alpha Streaming Instability at Collisionless Shocks. Geophysical Research Letters. DOI: 10.1029/2025GL115273
28. 1. Graham, D B
    2. Cozzani, G
    3. Khotyaintsev, Y V
    4. Wilder, V D
    5. Holmes, J C
    6. Nakamura, T K M
    7. Büchner, J
    8. Dokgo, K
    9. Richard, L
    10. Steinvall, K
    11. Norgren, C
    12. Chen, L-J
    13. Ji, H
    14. Drake, J F
    15. Stawarz, J E
    16. Eriksson, S

    (2025) The Role of Kinetic Instabilities and Waves in Collisionless Magnetic Reconnection. Space Science Reviews. DOI: 10.1007/s11214-024-01133-7
29. 1. Graham, D B
    2. Khotyaintsev, Y V

    (2025) The Structure and Kinetic Ion Behavior of Low Mach Number Shocks. Journal of Geophysical Research: Space Physics. DOI: 10.1029/2024JA033283
30. 1. Gritsevich, M
    2. Wesołowski, M
    3. Castro-Tirado, A J

    (2025) Mass of particles released by comet 12P/Pons–Brooks during 2023–2024 outbursts. Monthly Notices of the Royal Astronomical Society. DOI: 10.1093/mnras/staf219
31. 1. Gunell, H
    2. Stenberg Wieser, G
    3. Moeslinger, A
    4. Goetz, C
    5. Canu-Blot, R
    6. Henri, P

    (2025) Langmuir waves observed at comet 67P/Churyumov-Gerasimenko. Astronomy & Astrophysics. DOI: 10.1051/0004-6361/202555043
32. 1. Günzkofer, F
    2. Stober, G
    3. Kero, J
    4. Themens, D R
    5. Tjulin, A
    6. Gulbrandsen, N
    7. Tsutsumi, M
    8. Borries, C

    (2025) Indications for particle precipitation impact on the ion-neutral collision frequency analyzed with EISCAT measurements. Annales Geophysicae. DOI: 10.5194/angeo-43-331-2025
33. 1. Gupta, G
    2. Madhavan, B
    3. Ratnam, M V

    (2026) Deciphering aerosol impacts: Unravelling long-term AOD trends and radiative forcing across key regions. Atmospheric Environment. DOI: 10.1016/j.atmosenv.2025.121693
34. 1. Holmstrom, M
    2. Voshchepynets, A
    3. Barabash, S
    4. Rojas Mata, S
    5. Sánchez-Cano, B
    6. Lester, M
    7. Joyce, S
    8. Cicchetti, A
    9. Orosei, R
    10. Hlebena, M

    (2025) Mars Express investigations of the Martian ionosphere using ASPERA-3 and new MARSIS fixed frequency modes. Advances in Space Research. DOI: 10.1016/j.asr.2025.02.005
35. 1. Huyghebaert, D
    2. Vierinen, J
    3. Kero, J
    4. Mann, I
    5. Latteck, R
    6. Kastinen, D
    7. Våden, S
    8. Chau, J L

    (2026) Corrigendum to “Examining the altitude dependence of meteor head echo plasma distributions with EISCAT and MAARSY”. [Adv. Space Res. 76(4) (2025) 2280–2294]. Advances in Space Research. DOI: 10.1016/j.asr.2025.10.055
36. 1. Huyghebaert, D
    2. Vierinen, J
    3. Kero, J
    4. Mann, I
    5. Latteck, R
    6. Kastinen, D
    7. Våden, S
    8. Chau, J L

    (2025) Examining the altitude dependence of meteor head echo plasma distributions with EISCAT and MAARSY. Advances in Space Research. DOI: 10.1016/j.asr.2025.06.056
37. 1. Ishii, M
    2. Costa, J E
    3. Kuznetsova, M
    4. Bisi, M M
    5. Meza, A
    6. Veronig, A M
    7. Denardini, C M
    8. Plainaki, C
    9. Dasso, S
    10. Temmer, M
    11. Molina, M G
    12. Berdermann, J
    13. Yoon, K
    14. Gonzalez-Esparza, J A
    15. Valdivia, J A
    16. Supnithi, P
    17. Marshall, R
    18. Bruinsma, S L
    19. Onsager, T
    20. Lanabere, V
    21. Pötzi, W
    22. Bouya, Z
    23. Rodger, C J
    24. Bothmer, V
    25. Luo, B
    26. Nandy, D
    27. Martini, D
    28. Wintoft, P
    29. Kero, J
    30. Jackson, D
    31. Kholodkov, K
    32. Rabiu, B
    33. Cid, C
    34. Alfonsi, L
    35. Raulin, J P
    36. Boteler, D
    37. Scipion Castill, D E
    38. Tulunay, Y

    (2025) Global landscape of space weather observations, research and operations. Advances in Space Research. DOI: 10.1016/j.asr.2025.06.021
38. 1. Johansson, R
    2. Raffalski, U
    3. Milz, M
    4. Larsson, R

    (2025) Microwave radiometric measurements and simulations of the Zeeman-affected rotational transition of oxygen at 233.95 GHz. Journal of Quantitative Spectroscopy and Radiative Transfer. DOI: 10.1016/j.jqsrt.2025.109579
39. 1. Jones, G H
    2. Snodgrass, C
    3. Tubiana, C
    4. Küppers, M
    5. Kawakita, H
    6. Lara, L M
    7. Agarwal, J
    8. André, N
    9. Attree, N
    10. Auster, U
    11. Bagnulo, S
    12. Bannister, M
    13. Beth, A
    14. Bowles, N
    15. Coates, A
    16. Colangeli, L
    17. Corral van Damme, C
    18. Da Deppo, V
    19. De Keyser, J
    20. Della Corte, V
    21. Edberg, N
    22. El-Maarry, M R
    23. Faggi, S
    24. Fulle, M
    25. Funase, R
    26. Galand, M
    27. Goetz, C
    28. Groussin, O
    29. Guilbert-Lepoutre, A
    30. Henri, P
    31. Kasahara, S
    32. Kereszturi, A
    33. Kidger, M
    34. Knight, M
    35. Kokotanekova, R
    36. Kolmasova, I
    37. Kossacki, K
    38. Kührt, E
    39. Kwon, Y
    40. La Forgia, F
    41. Levasseur-Regourd, A-C
    42. Lippi, M
    43. Longobardo, A
    44. Marschall, R
    45. Morawski, M
    46. Muñoz, O
    47. Näsilä, A
    48. Nilsson, H
    49. Opitom, C
    50. Pajusalu, M
    51. Pommerol, A
    52. Prech, L
    53. Rando, N
    54. Ratti, F
    55. Rothkaehl, H
    56. Rotundi, A
    57. Rubin, M
    58. Sakatani, N
    59. Sánchez, J P
    60. Simon Wedlund, C
    61. Stankov, A
    62. Thomas, N
    63. Toth, I
    64. Villanueva, G
    65. Vincent, J-B
    66. Volwerk, M
    67. Wurz, P
    68. Wielders, A
    69. Yoshioka, K
    70. Aleksiejuk, K
    71. Alvarez, F
    72. Amoros, C
    73. Aslam, S
    74. Atamaniuk, B
    75. Baran, J
    76. Barciński, T
    77. Beck, T
    78. Behnke, T
    79. Berglund, M
    80. Bertini, I
    81. Bieda, M
    82. Binczyk, P
    83. Busch, M-D
    84. Cacovean, A
    85. Capria, M T
    86. Carr, C
    87. Castro Marín, J M
    88. Ceriotti, M
    89. Chioetto, P
    90. Chuchra-Konrad, A
    91. Cocola, L
    92. Colin, F
    93. Crews, C
    94. Cripps, V
    95. Cupido, E
    96. Dassatti, A
    97. Davidsson, B J R
    98. De Roche, T
    99. Deca, J
    100. Del Togno, S
    101. Dhooghe, F
    102. Donaldson Hanna, K
    103. Eriksson, A
    104. Fedorov, A
    105. Fernández-Valenzuela, E
    106. Ferretti, S
    107. Floriot, J
    108. Frassetto, F
    109. Fredriksson, J
    110. Garnier, P
    111. Gaweł, D
    112. Génot, V
    113. Gerber, T
    114. Glassmeier, K-H
    115. Granvik, M
    116. Grison, B
    117. Gunell, H
    118. Hachemi, T
    119. Hagen, C
    120. Hajra, R
    121. Harada, Y
    122. Hasiba, J
    123. Haslebacher, N
    124. Herranz De La Revilla, M L
    125. Hestroffer, D
    126. Hewagama, T
    127. Holt, C
    128. Hviid, S
    129. Iakubivskyi, I
    130. Inno, L
    131. Irwin, P
    132. Ivanovski, S
    133. Jansky, J
    134. Jernej, I
    135. Jeszenszky, H
    136. Jimenéz, J
    137. Jorda, L
    138. Kama, M
    139. Kameda, S
    140. Kelley, M S P
    141. Klepacki, K
    142. Kohout, T
    143. Kojima, H
    144. Kowalski, T
    145. Kuwabara, M
    146. Ladno, M
    147. Laky, G
    148. Lammer, H
    149. Lan, R
    150. Lavraud, B
    151. Lazzarin, M
    152. Le Duff, O
    153. Lee, Q-M
    154. Lesniak, C
    155. Lewis, Z
    156. Lin, Z-Y
    157. Lister, T
    158. Lowry, S
    159. Magnes, W
    160. Markkanen, J
    161. Martinez Navajas, I
    162. Martins, Z
    163. Matsuoka, A
    164. Matyjasiak, B
    165. Mazelle, C
    166. Mazzotta Epifani, E
    167. Meier, M
    168. Michaelis, H
    169. Micheli, M
    170. Migliorini, A
    171. Millet, A-L
    172. Moreno, F
    173. Mottola, S
    174. Moutounaick, B
    175. Muinonen, K
    176. Müller, D R
    177. Murakami, G
    178. Murata, N
    179. Myszka, K
    180. Nakajima, S
    181. Nemeth, Z
    182. Nikolajev, A
    183. Nordera, S
    184. Ohlsson, D
    185. Olesk, A
    186. Ottacher, H
    187. Ozaki, N
    188. Oziol, C
    189. Patel, M
    190. Savio Paul, A
    191. Penttilä, A
    192. Pernechele, C
    193. Peterson, J
    194. Petraglio, E
    195. Piccirillo, A M
    196. Plaschke, F
    197. Polak, S
    198. Postberg, F
    199. Proosa, H
    200. Protopapa, S
    201. Puccio, W
    202. Ranvier, S
    203. Raymond, S
    204. Richter, I
    205. Rieder, M
    206. Rigamonti, R
    207. Ruiz Rodriguez, I
    208. Santolik, O
    209. Sasaki, T
    210. Schrödter, R
    211. Shirley, K
    212. Slavinskis, A
    213. Sodor, B
    214. Soucek, J
    215. Stephenson, P
    216. Stöckli, L
    217. Szewczyk, P
    218. Troznai, G
    219. Uhlir, L
    220. Usami, N
    221. Valavanoglou, A
    222. Vaverka, J
    223. Wang, W
    224. Wang, X-D
    225. Wattieaux, G
    226. Wieser, M
    227. Wolf, S
    228. Yano, H
    229. Yoshikawa, I
    230. Zakharov, V
    231. Zawistowski, T
    232. Zuppella, P
    233. Rinaldi, G
    234. Ji, H

    (2024) The Comet Interceptor Mission. Space Science Reviews. DOI: 10.1007/s11214-023-01035-0
40. 1. Kim, K
    2. Edberg, N J T
    3. Modolo, R
    4. Morooka, M
    5. Wilson, R J
    6. Coates, A J
    7. Wellbrock, A
    8. Wahlund, J
    9. Vigren, E
    10. Sulaiman, A
    11. Bertucci, C
    12. Desai, R
    13. Regoli, L

    (2025) Electron Structures in Titan’s Induced Magnetosphere and Low‐Frequency Wave Activity. Journal of Geophysical Research: Planets. DOI: 10.1029/2024je008802
41. 1. Koike, H
    2. Yamauchi, M
    3. Taguchi, S
    4. Nilsson, H
    5. Dandouras, I

    (2025) Energization of Outflowing O+ by Double‐Pickup in Earthward Plasma Jets From Lobe Reconnection and in Magnetosheath Flow. Geophysical Research Letters. DOI: 10.1029/2025gl115236
42. 1. Koller, F
    2. Wedlund, C S
    3. Temmer, M
    4. Svenningsson, I
    5. Preisser, L
    6. Pöppelwerth, A
    7. Simon, P A
    8. Vörös, Z
    9. Chen, C H K
    10. Roberts, O W
    11. Plaschke, F

    (2025) Stability of the Earth's Dayside Magnetosheath: Effects of Upstream Solar Wind Structures and Downstream Jets. Journal of Geophysical Research: Space Physics. DOI: 10.1029/2025JA034098
43. 1. Kozlovsky, A
    2. Stober, G
    3. Sherstyukov, R
    4. Lester, M
    5. Belova, E
    6. Kero, J
    7. Tsutsumi, M
    8. Gulbrandsen, N
    9. Nozawa, S

    (2025) Atmospheric Gravity Waves and Medium Scale Traveling Ionospheric Disturbances at Auroral Latitudes. Surveys in Geophysics. DOI: 10.1007/s10712-025-09880-0
44. 1. Lalti, A
    2. Khotyaintsev, Y V
    3. Graham, D B
    4. Vaivads, A

    (2025) Debye‐Scale Electrostatic Waves Across Quasi‐Perpendicular Shocks. Journal of Geophysical Research: Space Physics. DOI: 10.1029/2025JA033881
45. 1. Lanabere, V
    2. Dimmock, A P
    3. Richard, L
    4. Buchert, S
    5. Khotyaintsev, Y V
    6. Marghitu, O

    (2025) Variability in footpoint mapping of bursty bulk flows using Tsyganenko models: impact on swarm conjunctions. Journal of Space Weather and Space Climate. DOI: 10.1051/swsc/2025035
46. 1. Leyser, T B

    (2025) Deterministic chaos in modulated multi-cell drifts of localized lower-hybrid oscillations excited by high-frequency waves in the ionosphere. Annales Geophysicae. DOI: 10.5194/angeo-43-319-2025
47. 1. Li, J-H
    2. Zhou, X-Z
    3. Liu, Z-Y
    4. Wang, S
    5. Omura, Y
    6. Li, L
    7. Yue, C
    8. Zong, Q-G
    9. Le, G
    10. Russell, C T
    11. Burch, J L

    (2025) Direct observations of cross-scale wave-particle energy transfer in space plasmas. Science Advances. DOI: 10.1126/sciadv.adr8227
48. 1. Li, J
    2. Khotyaintsev, Y V
    3. Graham, D B
    4. Horbury, T
    5. Louarn, P

    (2025) Solar Orbiter Observations of a Self‐Consistent Ion‐Scale Magnetic Hole at 0.9AU. Geophysical Research Letters. DOI: 10.1029/2025gl118931
49. 1. Lindberg, M
    2. Wallner, A
    3. Berglund, S
    4. Vaivads, A

    (2025) Statistical Study of Electron Kinetic Entropy Generation at Earth's Quasi‐Perpendicular Bow Shock. Journal of Geophysical Research: Space Physics. DOI: 10.1029/2024JA033049
50. 1. Lindberg, M
    2. Hietala, H
    3. Shirazul, K
    4. Trotta, D
    5. Sulaiman, A H
    6. Burkholder, B L
    7. Dimmock, A

    (2025) Statistical Study of Magnetic Overshoots at Collisionless Shocks. Journal of Geophysical Research: Space Physics. DOI: 10.1029/2024JA033659
51. 1. Liu, H
    2. Li, W
    3. Tang, B
    4. Norgren, C
    5. Liu, K
    6. Khotyaintsev, Y V
    7. Graham, D
    8. Li, T
    9. Zhang, C
    10. Vaivads, A
    11. Wang, S
    12. He, J
    13. Guo, X
    14. Burch, J L
    15. Lindqvist, P
    16. Ergun, R
    17. Gershman, D
    18. Lavraud, B
    19. Russell, C
    20. Lu, Q
    21. Wang, C

    (2025) High‐Speed Electron Flows in the Earth Magnetotail. AGU Advances. DOI: 10.1029/2024av001549
52. 1. Liu, Y-H
    2. Hesse, M
    3. Genestreti, K
    4. Nakamura, R
    5. Burch, J L
    6. Cassak, P A
    7. Bessho, N
    8. Eastwood, J P
    9. Phan, T
    10. Swisdak, M
    11. Toledo-Redondo, S
    12. Hoshino, M
    13. Norgren, C
    14. Ji, H
    15. Nakamura, T K M

    (2025) Ohm's Law, the Reconnection Rate, and Energy Conversion in Collisionless Magnetic Reconnection. Space Science Reviews. DOI: 10.1007/s11214-025-01142-0
53. 1. Lotekar, A
    2. Khotyaintsev, Y V
    3. Graham, D B
    4. Dimmock, A
    5. Johlander, A
    6. Lalti, A

    (2025) Occurrence of Non‐Stationarity at Earth's Quasi‐Perpendicular Bow Shock. Geophysical Research Letters. DOI: 10.1029/2025GL116121
54. 1. Madanian, H
    2. Graham, D B
    3. Lalti, A

    (2025) Properties of Earth’s bow shock at large geocentric distances: A case study. Planetary and Space Science. DOI: 10.1016/j.pss.2025.106214
55. 1. Martin, M
    2. Canu-Blot, R
    3. Stenberg Wieser, G
    4. Nilsson, H
    5. Wieser, M
    6. Simon Wedlund, C
    7. Rubin, M

    (2025) High charge-state solar wind ions interacting with comet 67P/Churyumov-Gerasimenko: Observations and comet activity estimates. Astronomy & Astrophysics. DOI: 10.1051/0004-6361/202557620
56. 1. Masters, A
    2. Modolo, R
    3. Roussos, E
    4. Krupp, N
    5. Witasse, O
    6. Vallat, C
    7. Cecconi, B
    8. Edberg, N J T
    9. Futaana, Y
    10. Galand, M
    11. Heyner, D
    12. Holmberg, M
    13. Huybrighs, H
    14. Jia, X
    15. Khurana, K
    16. Lamy, L
    17. Roth, L
    18. Sulaiman, A
    19. Tortora, P
    20. Barabash, S
    21. Bruzzone, L
    22. Dougherty, M K
    23. Gladstone, R
    24. Gurvits, L I
    25. Hartogh, P
    26. Hussmann, H
    27. Iess, L
    28. Poulet, F
    29. Wahlund, J-E
    30. Andrews, D J
    31. Arridge, C S
    32. Bagenal, F
    33. Baskevitch, C
    34. Bergman, J
    35. Bocanegra, T M
    36. Brandt, P
    37. Bunce, E J
    38. Clark, G
    39. Coates, A J
    40. Galanti, E
    41. Galli, A
    42. Grodent, D
    43. Jones, G
    44. Kasaba, Y
    45. Kaspi, Y
    46. Katoh, Y
    47. Kaweeyanun, N
    48. Khotyaintsev, Y
    49. Kimura, T
    50. Kollmann, P
    51. Mitchell, D
    52. Moirano, A
    53. Molera Calvés, G
    54. Morooka, M
    55. Müller-Wodarg, I C F
    56. Muñoz, C
    57. Mura, A
    58. Pätzold, M
    59. Pinto, M
    60. Plainaki, C
    61. Retherford, K D
    62. Retinò, A
    63. Rothkaehl, H
    64. Santolík, O
    65. Saur, J
    66. Stenberg Wieser, G
    67. Tsuchiya, F
    68. Volwerk, M
    69. Vorburger, A
    70. Wurz, P
    71. Zannoni, M

    (2025) Magnetosphere and Plasma Science with the Jupiter Icy Moons Explorer. Space Science Reviews. DOI: 10.1007/s11214-025-01148-8
57. 1. Matsui, H
    2. Torbert, R B
    3. Farrugia, C J
    4. Metivier, T J
    5. Cohen, I J
    6. Ergun, R E
    7. Fennell, J F
    8. Khotyaintsev, Y V
    9. Lindqvist, P
    10. Russell, C T
    11. Strangeway, R J
    12. Turner, D L

    (2025) Multi‐Spacecraft Analysis of Dipolarization Events With Inductive, Radial Electric Fields in the Inner Magnetosphere. Journal of Geophysical Research: Space Physics. DOI: 10.1029/2025ja033807
58. 1. Maynadié, T
    2. Futaana, Y
    3. Barabash, S
    4. Wieser, M
    5. Fatemi, S
    6. Vorburger, A
    7. Bhardwaj, A
    8. Wurz, P
    9. Asamura, K

    (2025) Global Effects of Magnetic Anomalies on the Near‐Surface Lunar Plasma Environment. Journal of Geophysical Research: Space Physics. DOI: 10.1029/2025JA034163
59. 1. Meggi, D
    2. Sánchez‐Cano, B
    3. Lester, M
    4. Joyce, S
    5. Stergiopoulou, K
    6. Regan, C
    7. Andrews, D
    8. Xu, S
    9. Fang, X
    10. Witasse, O
    11. Fowler, C M

    (2025) The Role of the Magnetic Field Orientation on the Variability of the Martian Topside Ionosphere Using MARSIS‐Mars Express Data. Journal of Geophysical Research: Planets. DOI: 10.1029/2024je008667
60. 1. Mekuriaw, M L
    2. Aikio, A T
    3. Cai, L
    4. Vanhamäki, H
    5. Virtanen, I I
    6. Buchert, S
    7. Ivchenko, N
    8. Miloch, W
    9. Jin, Y
    10. Knudsen, D
    11. Burchill, J K

    (2025) Comparison of F‐Region Ion Velocities Measured by Swarm Satellites and EISCAT Radars. Journal of Geophysical Research: Space Physics. DOI: 10.1029/2025JA034422
61. 1. Moeslinger, A
    2. Gunell, H
    3. Nilsson, H
    4. Fatemi, S
    5. Stenberg Wieser, G

    (2024) Explaining the Evolution of Ion Velocity Distributions at a Low Activity Comet. Journal of Geophysical Research: Space Physics. DOI: 10.1029/2024JA032757
62. 1. Moeslinger, A
    2. Gunell, H
    3. Stenberg Wieser, G
    4. Nilsson, H
    5. Fatemi, S

    (2025) Kinetic-scale physics of multi-species solar wind - Interaction with a comet. Astronomy & Astrophysics. DOI: 10.1051/0004-6361/202452636
63. 1. Montagud‐Camps, V
    2. Toledo‐Redondo, S
    3. Goldstein, J
    4. Fuselier, S A
    5. André, M
    6. Albert, I F
    7. Castilla, A
    8. Salinas, A
    9. Portí, J
    10. Navarro, E A

    (2025) Statistical Analysis of the Warm Plasma Cloak in the Dayside Magnetosphere: 9 Years of MMS Observations. Geophysical Research Letters. DOI: 10.1029/2025GL116933
64. 1. Nakamura, R
    2. Burch, J L
    3. Birn, J
    4. Chen, L-J
    5. Graham, D B
    6. Guo, F
    7. Hwang, K-J
    8. Ji, H
    9. Khotyaintsev, Y V
    10. Liu, Y-H
    11. Oka, M
    12. Payne, D
    13. Sitnov, M I
    14. Swisdak, M
    15. Zenitani, S
    16. Drake, J F
    17. Fuselier, S A
    18. Genestreti, K J
    19. Gershman, D J
    20. Hasegawa, H
    21. Hoshino, M
    22. Norgren, C
    23. Shay, M A
    24. Shuster, J R
    25. Stawarz, J E

    (2025) Outstanding Questions and Future Research on Magnetic Reconnection. Space Science Reviews. DOI: 10.1007/s11214-025-01143-z
65. 1. Nanjo, S
    2. Yamauchi, M
    3. Johnsen, M G
    4. Yokoyama, Y
    5. Brändström, U
    6. Ogawa, Y
    7. Willer, A N
    8. Hosokawa, K

    (2025) Leaping and vortex motion of the shock aurora toward the late evening sector observed on 26 February 2023. Annales Geophysicae. DOI: 10.5194/angeo-43-303-2025
66. 1. Nanjo, S
    2. Hofstra, G A
    3. Shiokawa, K
    4. Shinbori, A
    5. Nozawa, S
    6. Hosokawa, K

    (2024) Post-midnight purple arc and patches appeared on the high latitude part of the auroral oval: Dawnside counterpart of STEVE?. Earth, Planets and Space. DOI: 10.1186/s40623-024-01995-9
67. 1. Nanjo, S
    2. Shiokawa, K

    (2024) Spatial structures of blue low-latitude aurora observed from Japan during the extreme geomagnetic storm of May 2024. Earth, Planets and Space. DOI: 10.1186/s40623-024-02090-9
68. 1. Nayak, C
    2. Buchert, S
    3. Yiğit, E
    4. Ankita, M
    5. Singh, S
    6. Tulasi Ram, S
    7. Dimri, A

    (2025) Topside Low‐Latitude Ionospheric Response to the 10–11 May 2024 Super Geomagnetic Storm as Observed by Swarm: The Strongest Storm‐Time Super‐Fountain During the Swarm Era?. Journal of Geophysical Research: Space Physics. DOI: 10.1029/2024JA033340
69. 1. Norgren, C
    2. Chen, L-J
    3. Graham, D B
    4. Bessho, N
    5. Egedal, J
    6. Richard, L
    7. Khotyaintsev, Y V
    8. Shuster, J
    9. Toledo-Redondo, S
    10. Lavraud, B
    11. Hasegawa, H
    12. Eastwood, J P
    13. Hesse, M
    14. Liu, Y-H
    15. Holmes, J C
    16. Argall, M

    (2025) Electron and Ion Dynamics in Reconnection Diffusion Regions. Space Science Reviews. DOI: 10.1007/s11214-025-01197-z
70. 1. Norgren, C
    2. Hesse, M
    3. Phan, T
    4. Khotyaintsev, Y V
    5. Graham, D B
    6. Kwagala, N K

    (2025) Phase-space contributions to pressure and stress tensors in the electron diffusion region of magnetic reconnection. Physics of Plasmas. DOI: 10.1063/5.0246402
71. 1. Pätzold, M
    2. Andert, T P
    3. Cardesín-Moinelo, A
    4. Cicchetti, A
    5. Duxbury, T
    6. Futaana, Y
    7. Godfrey, J
    8. Hegler, S
    9. Hu, X
    10. Lainey, V
    11. Matz, K-D
    12. Oberst, J
    13. Orosei, R
    14. Plettemeier, D
    15. Rosenblatt, P
    16. Stark, A
    17. Willner, K
    18. Witasse, O
    19. Ziese, R

    (2025) Investigations of the Moon Phobos by Mars Express and Implications Towards Its Origin. Space Science Reviews. DOI: 10.1007/s11214-025-01165-7
72. 1. Peña‐Asensio, E
    2. Gritsevich, M

    (2025) Inferring fireball velocity profiles and characteristic parameters of meteoroids from incomplete data sets. Journal of Geophysical Research: Planets. DOI: 10.1029/2024JE008382
73. 1. Pérez‐Coll Jiménez, J
    2. Ivchenko, N
    3. Sergienko, T
    4. Strelnikov, B
    5. Hedin, J
    6. Whiter, D K
    7. Brändström, U
    8. Giono, G
    9. Tolis, C
    10. Yokoyama, Y
    11. Hosokawa, K
    12. Ogawa, Y

    (2025) Ionospheric Plasma Parameters Measured by SPIDER‐2 Sounding Rocket During a Pulsating Aurora Event. Journal of Geophysical Research: Space Physics. DOI: 10.1029/2024JA032939
74. 1. Peter, K
    2. Pätzold, M
    3. Withers, P
    4. Ramstad, R
    5. Thiemann, E
    6. Fränz, M
    7. Tellmann, S
    8. Häusler, B
    9. Futaana, Y
    10. Holmström, M

    (2025) The variability of the topside ionospheres of Venus and Mars as seen by recent radio science observations. Icarus. DOI: 10.1016/j.icarus.2025.116469
75. 1. Regan, C E
    2. Coates, A J
    3. Lester, M
    4. Wellbrock, A
    5. Jones, G H
    6. Sánchez-Cano, B
    7. Garnier, P
    8. Haythornthwaite, R P
    9. Meggi, D
    10. Frahm, R A
    11. Holmström, M

    (2024) Effects of the 2007 Martian Global Dust Storm on Boundary Positions in the Induced Magnetosphere. The Planetary Science Journal. DOI: 10.3847/PSJ/ad4116
76. 1. Regan, C E
    2. Coates, A J
    3. Lester, M
    4. Wellbrock, A
    5. Jones, G H
    6. Sánchez-Cano, B
    7. Garnier, P
    8. Preston, L J
    9. Němec, F
    10. Linzmayer, V
    11. Frahm, R A
    12. Holmström, M

    (2025) Effects of the 2018 Martian Global Dust Storm on Boundary Positions in the Induced Magnetosphere. The Planetary Science Journal. DOI: 10.3847/PSJ/add2f8
77. 1. Remya, B
    2. Halford, A J
    3. Noh, S J
    4. Fernandes, P A
    5. Grison, B
    6. Wang, D
    7. Himmelsbach, J
    8. Esman, T
    9. Graham, D B
    10. Sibeck, D G
    11. Raita, T
    12. Dimri, A P

    (2025) (Un)Explained EMIC Waves: Understanding Quiet Time EMIC Wave Drivers. Journal of Geophysical Research: Space Physics. DOI: 10.1029/2024JA033125
78. 1. Richard, L
    2. Khotyaintsev, Y V
    3. Norgren, C
    4. Steinvall, K
    5. Graham, D B
    6. Egedal, J
    7. Vaivads, A
    8. Nakamura, R

    (2025) Electron Heating by Parallel Electric Fields in Magnetotail Reconnection. Physical Review Letters. DOI: 10.1103/PhysRevLett.134.215201
79. 1. Richard, L
    2. Servidio, S
    3. Svenningsson, I
    4. Artemyev, A V
    5. Klein, K G
    6. Yordanova, E
    7. Chasapis, A
    8. Pezzi, O
    9. Khotyaintsev, Y V

    (2025) Non-Maxwellianity of ion velocity distributions in the Earth's magnetosheath. Physical Review E. DOI: 10.1103/7p1x-84y9
80. 1. Rojas Mata, S
    2. Stenberg Wieser, G
    3. Zhang, T
    4. Futaana, Y

    (2024) Proton plasma asymmetries between the convective-electric-field hemispheres of Venus' dayside magnetosheath. Annales Geophysicae. DOI: 10.5194/angeo-42-419-2024
81. 1. Rojas Mata, S
    2. Barabash, S
    3. Voshchepynets, A
    4. Holmström, M
    5. Sánchez‐Cano, B
    6. Lester, M
    7. Cicchetti, A
    8. Orosei, R

    (2025) Spacecraft Discharge Time Constants Determined from Electron-Flux Suppression during Sounding-Radar Operation at Mars. JGR Space Physics. DOI: 10.1029/2024JA033608
82. 1. Rojo, M
    2. Réville, V
    3. Aizawa, S
    4. Varsani, A
    5. Schmid, D
    6. Jarry, M
    7. Rodríguez-García, L
    8. Persson, M
    9. Rouillard, A
    10. Heyner, D
    11. Milillo, A
    12. André, N
    13. Saito, Y
    14. Murakami, G
    15. Kasper, J C
    16. Bale, S D

    (2025) Characterization of the solar wind context during the third Mercury flyby of BepiColombo. Astronomy & Astrophysics. DOI: 10.1051/0004-6361/202553870
83. 1. Rollero, U
    2. Rojas Mata, S
    3. Zhang, T
    4. Persson, M
    5. Bergman, S
    6. Futaana, Y

    (2025) Empirical Parametric Model for Venus Plasma Boundaries Based on Venus Express Data. The Astrophysical Journal. DOI: 10.3847/1538-4357/add14d
84. 1. Rosenqvist, L
    2. Johlander, A
    3. Molenkamp, S
    4. Dimmock, A P
    5. Setréus, J
    6. Lanabere, V

    (2025) A Novel Approach for Evaluating GIC Impacts in the Swedish Power Grid. Space Weather. DOI: 10.1029/2024SW004313
85. 1. Sánchez-Cano, B
    2. Hadid, L Z
    3. Aizawa, S
    4. Murakami, G
    5. Bamba, Y
    6. Chiba, S
    7. Hara, T
    8. Heyner, D
    9. Ho, G
    10. Iwai, K
    11. Kilpua, E
    12. Kinoshita, G
    13. Lavraud, B
    14. Miyoshi, Y
    15. Pinto, M
    16. Schmid, D
    17. Shiota, D
    18. Vainio, R
    19. Andre, N
    20. Aronica, A
    21. Asmar, S
    22. Auster, H-U
    23. Barabash, S
    24. Barthe, A
    25. Baumjohann, W
    26. Benkhoff, J
    27. Bentley, M
    28. Bunce, E
    29. Cappuccio, P
    30. Delcourt, D
    31. Di Stefano, I
    32. Doria, I
    33. Dresing, N
    34. Fedorov, A
    35. Fischer, D
    36. Fiethe, B
    37. Fränz, M
    38. Gieseler, J
    39. Giner, F
    40. Giono, G
    41. Harada, Y
    42. Hussmann, H
    43. Iess, L
    44. Imamura, T
    45. Jeszenszky, H
    46. Jones, G
    47. Katra, B
    48. Kazakov, A
    49. Kozyrev, A
    50. Laky, G
    51. Lefevre, C
    52. Lichtenegger, H
    53. Lindsay, S
    54. Lucente, M
    55. Magnafico, C
    56. Magnes, W
    57. Martindale, A
    58. Matsuoka, A
    59. Milillo, A
    60. Mitrofanov, I
    61. Nishiyama, G
    62. Oleynik, P
    63. Orsini, S
    64. Paik, M
    65. Palmroos, C
    66. Plainaki, C
    67. Penou, E
    68. Persson, M
    69. Quarati, F
    70. Quémerais, E
    71. Richter, I
    72. Robidel, R
    73. Rojo, M
    74. Saito, Y
    75. Santoli, F
    76. Stark, A
    77. Stumpo, M
    78. Tian, R
    79. Varsani, A
    80. Verdeil, C
    81. Williamson, H
    82. Witasse, O
    83. Yokota, S

    (2025) BepiColombo cruise science: overview of the mission contribution to heliophysics. Earth, Planets and Space. DOI: 10.1186/s40623-025-02256-z
86. 1. Sánchez-Ramírez, R
    2. Lang, R G
    3. Pozanenko, A
    4. Martínez-Huerta, H
    5. Hu, Y-D
    6. Pandey, S B
    7. Gupta, R
    8. Ror, A K
    9. Zhang, B-B
    10. Caballero-García, M D
    11. Oates, S R
    12. Pérez-García, I
    13. Guziy, S
    14. Fernández-García, E J
    15. Wu, S-Y
    16. Almeida, L
    17. Aryan, A
    18. Belkin, S
    19. Bom, C R
    20. Butner, M
    21. Burkhonov, O
    22. Carrasco-García, I
    23. Castellón, A
    24. Castro Tirado, M A
    25. Chelovekov, I
    26. Egamberdiyev, S A
    27. García-Benito, R
    28. García González, S A
    29. Grebenev, S
    30. Kilpatrick, C D
    31. Klunko, E
    32. Makler, M
    33. Minaev, P
    34. Mkrtchyan, A
    35. Moskvitin, A
    36. Navarete, F
    37. Novichonok, A
    38. Pankov, N
    39. Passas-Varo, M
    40. Pérez Del Pulgar, C
    41. Reina Terol, A
    42. Smith, J A
    43. Tinyanont, S
    44. Tucker, D L
    45. Uklein, R
    46. Volnova, A
    47. Wiesner, M P
    48. Gritsevich, M
    49. Castro-Tirado, A J

    (2024) Early photometric and spectroscopic observations of the extraordinarily bright INTEGRAL-detected GRB 221009A. Astronomy & Astrophysics. DOI: 10.1051/0004-6361/202449783
87. 1. Shi, Z
    2. Rong, Z J
    3. Fatemi, S
    4. Dong, C F
    5. Klinger, L
    6. Gao, J W
    7. Slavin, J A
    8. He, F
    9. Wei, Y
    10. Holmström, M
    11. Barabash, S

    (2025) Mercury's Field‐Aligned Currents: Perspectives From Hybrid Simulations. Journal of Geophysical Research: Planets. DOI: 10.1029/2024JE008610
88. 1. Shreedevi, P R
    2. Nair, A S
    3. Miyoshi, Y
    4. Buchert, S C
    5. Otsuka, Y
    6. Shinbori, A
    7. Krishnan, L G
    8. Perwitasari, S
    9. Nishioka, M

    (2025) Superstorm-driven electron temperature (Te) anomalies in the topside low-latitude ionosphere: role of the equatorial ionization anomaly (EIA). Earth, Planets and Space. DOI: 10.1186/s40623-025-02282-x
89. 1. Snodgrass, C
    2. Mazzotta Epifani, E
    3. Tubiana, C
    4. Sánchez, J
    5. Biver, N
    6. Inno, L
    7. Knight, M
    8. Lacerda, P
    9. De Keyser, J
    10. Donaldson, A
    11. Edberg, N
    12. Galand, M
    13. Guilbert-Lepoutre, A
    14. Henri, P
    15. Kasahara, S
    16. Kawakita, H
    17. Kokotanekova, R
    18. Kueppers, M
    19. Micheli, M
    20. Pajusalu, M
    21. Rubin, M
    22. Sakatani, N
    23. Yoshioka, K
    24. Della Corte, V
    25. Eriksson, A
    26. Fulle, M
    27. Holt, C
    28. Lara, L
    29. Rotundi, A
    30. Jehin, E

    (2026) Considerations on the process of target selection for the Comet Interceptor mission. Icarus. DOI: 10.1016/j.icarus.2025.116887
90. 1. Steinvall, K
    2. Richard, L
    3. Fülöp, T
    4. Hanebring, L
    5. Pusztai, I

    (2025) Eulerian and Lagrangian electron energisation during magnetic reconnection. Journal of Plasma Physics. DOI: 10.1017/S0022377825100408
91. 1. Stenberg Wieser, G
    2. André, M
    3. Nilsson, H
    4. Edberg, N
    5. Persson, M
    6. Rojas Mata, S
    7. Mihalikova, M
    8. Gunell, H
    9. Bader, A
    10. Futaana, Y

    (2024) Estimating the Possible Ion Heating Caused by Alfvén Waves at Venus. Journal of Geophysical Research: Space Physics. DOI: 10.1029/2024JA032865
92. 1. Stergiopoulou, K
    2. Sánchez‐Cano, B
    3. Lester, M
    4. Fowler, C M
    5. Andrews, D J
    6. Xu, S
    7. Edberg, N J T
    8. Joyce, S
    9. Holmström, M
    10. Halekas, J S
    11. Meggi, D
    12. Turner, A K
    13. Gruesbeck, J R

    (2025) The Ionopause at Mars and Its Correlation With Magnetic Topology and Plasma Pressure. Journal of Geophysical Research: Space Physics. DOI: 10.1029/2024JA032922
93. 1. Stumpo, M
    2. Laurenza, M
    3. Benella, S
    4. Milillo, A
    5. Plainaki, C
    6. West, M J
    7. Zucca, P
    8. Barabash, S
    9. Heyner, D
    10. Varsani, A
    11. Murakami, G
    12. Narendranath, S
    13. Aronica, A
    14. Auster, H U
    15. Biasiotti, L
    16. Brin, A
    17. Colasanti, L
    18. Constantinescu, D
    19. De Angelis, E
    20. Di Bartolomeo, P P
    21. Fischer, D
    22. Ivanovski, S
    23. Jeszenszky, H
    24. Kazakov, A
    25. Laky, G
    26. Mangano, V
    27. Massetti, S
    28. Moroni, M
    29. Mura, A
    30. Narici, L
    31. Nilsson, H
    32. Noschese, R
    33. Orsini, S
    34. Richards, G
    35. Richter, I
    36. Rispoli, R
    37. Sanchez-Cano, B
    38. Sordini, R
    39. Tadepalli, S P
    40. Vertolli, N
    41. Wieser, M
    42. Williamson, H

    (2025) In-depth Analysis of the 2022 March 28 ³He-rich Solar Energetic Particle Event. The Astrophysical Journal. DOI: 10.3847/1538-4357/add5f1
94. 1. Štverák, Š
    2. Herčík, D
    3. Nicolaou, G
    4. Hellinger, P
    5. Popďakunik, M
    6. Khotyaintsev, Y V
    7. Kataria, D O
    8. Owen, C J
    9. Maksimovic, M

    (2025) Effects of cold electron emissions on thermal plasma measurements on board Solar Orbiter spacecraft. Astronomy & Astrophysics. DOI: 10.1051/0004-6361/202452030
95. 1. Svenningsson, I
    2. Yordanova, E
    3. Khotyaintsev, Y V
    4. André, M
    5. Cozzani, G

    (2025) Classifying the Magnetosheath Using Local Measurements From MMS. Journal of Geophysical Research: Space Physics. DOI: 10.1029/2024JA033272
96. 1. Taubenschuss, U
    2. Santolík, O
    3. Píša, D
    4. Imai, M
    5. Fischer, G
    6. Wu, S
    7. Morooka, M W
    8. Kurth, W S

    (2025) A Global Map of Average Electron Densities in the Magnetosphere of Saturn. Journal of Geophysical Research: Space Physics. DOI: 10.1029/2025ja034007
97. 1. Tian, R
    2. Jiang, C
    3. Fowler, C M
    4. Sánchez-Cano, B
    5. Collinson, G
    6. Andrews, D J
    7. Yin, W
    8. Yang, G
    9. Liu, T
    10. Lao, C
    11. Hu, Y

    (2025) Sporadic E-like Topside Layer Driven by Wind Shear in the Martian Ionosphere. The Astrophysical Journal. DOI: 10.3847/1538-4357/adaaeb
98. 1. Tigik, S F
    2. Graham, D B
    3. Khotyaintsev, Y V

    (2025) Electron‐Scale Energy Transfer Due To Lower Hybrid Waves During Asymmetric Reconnection. Journal of Geophysical Research: Space Physics. DOI: 10.1029/2024ja033503
99. 1. Toledo‐Redondo, S
    2. Lee, J H
    3. Vines, S K
    4. Albert, I F
    5. André, M
    6. Castilla, A
    7. Dargent, J P
    8. Fu, H S
    9. Fuselier, S A
    10. Genot, V
    11. Graham, D B
    12. Kitamura, N
    13. Khotyaintsev, Y V
    14. Lavraud, B
    15. Montagud‐Camps, V
    16. Navarro, E A
    17. Norgren, C
    18. Perrone, D
    19. Phan, T D
    20. Portí, J
    21. Salinas, A
    22. Stawarz, J E
    23. Vaivads, A

    (2024) Statistical Observations of Proton‐Band Electromagnetic Ion Cyclotron Waves in the Outer Magnetosphere: Full Wavevector Determination. Journal of Geophysical Research: Space Physics. DOI: 10.1029/2024JA032516
100. 1. Trigo-Rodríguez, J M
     2. Souami, D
     3. Gritsevich, M
     4. Wesołowski, M
     5. Borisov, G

     (2025) Cometary observations in light-polluted environments: a case study of interstellar comet 2I/Borisov. Astrophysics and Space Science. DOI: 10.1007/s10509-025-04424-9
101. 1. Trotta, D
     2. Dimmock, A
     3. Hietala, H
     4. Blanco-Cano, X
     5. Horbury, T S
     6. Vainio, R
     7. Dresing, N
     8. Jebaraj, I C
     9. Espinosa Lara, F
     10. Gómez-Herrero, R
     11. Rodriguez-Pacheco, J
     12. Kartavykh, Y
     13. Lario, D
     14. Gieseler, J
     15. Janvier, M
     16. Maksimovic, M
     17. Talebpour Sheshvan, N
     18. Owen, C J
     19. Kilpua, E K J
     20. Wimmer-Schweingruber, R F

     (2025) An Overview of Solar Orbiter Observations of Interplanetary Shocks in Solar Cycle 25. The Astrophysical Journal Supplement Series. DOI: 10.3847/1538-4365/ada4a7
102. 1. Turc, L
     2. Takahashi, K
     3. Kajdič, P
     4. Kilpua, E K J
     5. Sarris, T
     6. Palmroth, M
     7. Soucek, J
     8. Pfau-Kempf, Y
     9. Dimmock, A
     10. Takahashi, N

     (2025) From Foreshock 30-Second Waves to Magnetospheric Pc3 Waves. Space Science Reviews. DOI: 10.1007/s11214-025-01152-y
103. 1. Wahlund, J-E
     2. Eriksson, A
     3. Morooka, M
     4. Buchert, S
     5. Persson, M
     6. Vigren, E
     7. Dreyer, J
     8. Kurth, W
     9. Waite, J J
     10. Lebreton, J-P
     11. Farrell, W
     12. Müller-Wodarg, I

     (2025) On the equatorial dayside ionosphere of Saturn – In-situ observations give evidence for a dynamic and layered structure in disequilibrium. Icarus. DOI: 10.1016/j.icarus.2025.116647
104. 1. Wahlund, J-E
     2. Bergman, J E S
     3. Åhlén, L
     4. Puccio, W
     5. Cecconi, B
     6. Kasaba, Y
     7. Müller-Wodarg, I
     8. Rothkaehl, H
     9. Morawski, M
     10. Santolik, O
     11. Soucek, J
     12. Grygorczuk, J
     13. Wisniewski, Ł
     14. Henri, P
     15. Rauch, J L
     16. Le Duff, O
     17. Retinò, A
     18. Mansour, M
     19. Stverak, S
     20. Laifr, J
     21. Andrews, D
     22. André, M
     23. Benko, I
     24. Berglund, M
     25. Cripps, V
     26. Cully, C
     27. Davidsson, J
     28. Dimmock, A
     29. Edberg, N J T
     30. Eriksson, A I
     31. Fredriksson, J
     32. Gill, R
     33. Gomis, S
     34. Holback, B
     35. Jansson, S-E
     36. Johansson, F
     37. Johansson, E P G
     38. Khotyaintsev, Y
     39. Mårtensson, B
     40. Morooka, M W
     41. Nilsson, T
     42. Ohlsson, D
     43. Pelikan, D
     44. Richard, L
     45. Shiwa, F
     46. Vigren, E
     47. Wong, H C
     48. Bonnin, X
     49. Girard, J N
     50. Grosset, L
     51. Henry, F
     52. Lamy, L
     53. Lebreton, J-P
     54. Zarka, P
     55. Katoh, Y
     56. Kita, H
     57. Kumamoto, A
     58. Misawa, H
     59. Tsuchiya, F
     60. Galand, M
     61. Barcinski, T
     62. Baran, J
     63. Kowalski, T
     64. Szewczyk, P
     65. Grison, B
     66. Jansky, J
     67. Kolmasova, I
     68. Lan, R
     69. Pisa, D
     70. Taubenschuss, U
     71. Uhlir, L
     72. Bochra, K
     73. Borys, M
     74. Duda, M
     75. Kucinski, T
     76. Ossowski, M
     77. Palma, P
     78. Tokarz, M
     79. Colin, F
     80. Dazzi, P
     81. De Léon, E
     82. Hachemi, T
     83. Millet, A-L
     84. Randrianboarisson, O
     85. Sene, O
     86. Chust, T
     87. Le Contel, O
     88. Canu, P
     89. Hadid, L
     90. Sahraoui, F
     91. Zouganelis, Y
     92. Alison, D
     93. Ba, N
     94. Jeandet, A
     95. Lebassard, M
     96. Techer, J-D
     97. Mehrez, F
     98. Varizat, L
     99. Sumant, A V
     100. Sou, G
     101. Hellinger, P
     102. Travnicek, P
     103. Bylander, L
     104. Giono, G
     105. Ivchenko, N
     106. Kullen, A
     107. Roth, L
     108. Vaivads, A
     109. Tanimoto, K
     110. Mizuno, H
     111. Sawamura, A
     112. Suzuki, T
     113. Namiki, M
     114. Fujishima, S
     115. Asai, K
     116. Shimoyama, T
     117. Fujii, M
     118. Sato, Y
     119. Birch, J
     120. Bakhit, B
     121. Greczynski, G
     122. Gare, P
     123. Landström, S
     124. LeLetty, R
     125. Ryszawa, E
     126. Torralba, I
     127. Trescastro, J L
     128. Osipenco, S
     129. Wiklund, U
     130. Roos, A
     131. Söderström, J C
     132. Björneholm, O
     133. Fischer, G
     134. Nyberg, T
     135. Kovi, K K
     136. Balikhin, M
     137. Yearby, K H
     138. Holmberg, M
     139. Jackman, C M
     140. Louis, C K
     141. Rhouni, A
     142. Leray, V
     143. Geyskens, N
     144. Berthod, C
     145. Lemaire, B
     146. Clémencon, A
     147. Wattieaux, G
     148. André, N
     149. Garnier, P
     150. Génot, V
     151. Louarn, P
     152. Marchaudon, A
     153. Modolo, R
     154. Baskevitch, C-A
     155. Hess, L G
     156. Leclercq, L
     157. Saur, J
     158. Kimura, T
     159. Kojima, H
     160. Yagitani, S
     161. Miyoshi, Y

     (2025) The Radio & Plasma Wave Investigation (RPWI) for the JUpiter ICy moons Explorer (JUICE). Space Science Reviews. DOI: 10.1007/s11214-024-01110-0
105. 1. Wang, M
     2. Khotyaintsev, Y V
     3. Graham, D B
     4. Li, J
     5. Lalti, A
     6. Norgren, C

     (2026) Multipoint Observations of a SLAMS Evolution and Its Merger With Whistler Waves. Geophysical Research Letters. DOI: 10.1029/2025GL118359
106. 1. Wen, Y
     2. Rong, Z
     3. Nilsson, H
     4. Zhang, C
     5. Shen, H-W
     6. Gao, J

     (2025) Statistical Investigations of the Radial Interplanetary Magnetic Field Component Impact on the Magnetotail Current Sheet Structure of Mars: MAVEN Observations. The Astrophysical Journal. DOI: 10.3847/1538-4357/ae11b3
107. 1. Wesołowski, M
     2. Bober, Z
     3. Ożóg, Ł
     4. Truszkiewicz, A
     5. Gritsevich, M
     6. Bester, M
     7. Wisz, G

     (2025) Is it possible to create a realistic structure of a cometary nucleus analog in the laboratory?. Icarus. DOI: 10.1016/j.icarus.2025.116646
108. 1. Wesołowski, M
     2. Carson, P
     3. Gritsevich, M

     (2025) Surface Correction Values for the Outbursts of Comet 29P/Schwassmann–Wachmann. Publications of the Astronomical Society of the Pacific. DOI: 10.1088/1538-3873/ae170c
109. 1. Wieser, M
     2. Williamson, H
     3. Stenberg Wieser, G
     4. Barabash, S
     5. Zhang, A
     6. Wang, C
     7. Wang, W

     (2024) Energy spectra of energetic neutral hydrogen backscattered and sputtered from the lunar regolith by the solar wind. Astronomy & Astrophysics. DOI: 10.1051/0004-6361/202348876
110. 1. Wieser, M
     2. Zhang, A
     3. Canu-Blot, R
     4. Wang, W
     5. Stenberg Wieser, G
     6. Xie, L
     7. Barabash, S
     8. Zhong, T
     9. Wang, X-D
     10. Zou, Y
     11. Kerényi, M
     12. Wen, W
     13. Lue, C
     14. Wang, C

     (2025) Direct observations of negative ions on the Lunar surface by Chang'E-6. Communications Earth & Environment. DOI: 10.1038/s43247-025-02399-7
111. 1. Williamson, H N
     2. Johansson, A
     3. Canu-Blot, R
     4. Stenberg Wieser, G
     5. Nilsson, H
     6. Johansson, F L
     7. Moeslinger, A

     (2024) Cometary ion drift energy and temperature at comet 67P/Churyumov–Gerasimeko. Monthly Notices of the Royal Astronomical Society. DOI: 10.1093/mnras/stae1883
112. 1. Williamson, H N
     2. Barabash, S
     3. Nilsson, H
     4. Wieser, M
     5. Raines, J M
     6. Milillo, A
     7. Varsani, A
     8. Aronica, A
     9. DeAngelis, E
     10. Futaana, Y
     11. Heyner, D
     12. Kazakov, A
     13. Livi, S
     14. Orsini, S
     15. Pump, K
     16. Schmid, D
     17. Shimoyama, M

     (2026) BepiColombo at Mercury: Three Flybys, Three Magnetospheres. Geophysical Research Letters. DOI: 10.1029/2025GL119589
113. 1. Wu, S Y
     2. Whiter, D K
     3. Lamy, L
     4. Wang, M M
     5. Zarka, P
     6. Jackman, C M
     7. Ye, S Y
     8. Waters, J E
     9. Fogg, A R
     10. Mende, S B
     11. Kaweeyanun, N
     12. Kasaba, Y
     13. Kurita, S
     14. Kojima, H
     15. Paxton, L J
     16. Kasahara, Y
     17. Miyoshi, Y
     18. Shinbori, A
     19. Tsuchiya, F

     (2025) Radio emissions reveal Alfvénic activity and electron acceleration prior to substorm onset. Nature Communications. DOI: 10.1038/s41467-025-65580-8
114. 1. Wu, S
     2. Pérez-García, I
     3. Castro-Tirado, A J
     4. Hu, Y
     5. Gritsevich, M
     6. Caballero-García, M D
     7. Sánchez-Ramírez, R
     8. Guziy, S
     9. Fernández-García, E J
     10. García Segura, G
     11. Pérez-del-Pulgar, C
     12. Xiong, D
     13. Zhang, B-B

     (2025) Early Optical Follow-Up Observations of Einstein Probe X-Ray Transients During the First Year. Galaxies. DOI: 10.3390/galaxies13030062
115. 1. Xu, S
     2. Frahm, R A
     3. Ma, Y
     4. Luhmann, J G
     5. Mitchell, D L
     6. Persson, M
     7. Ramstad, R

     (2025) Effects of Upstream Drivers on Magnetic Topology at Venus. Journal of Geophysical Research: Space Physics. DOI: 10.1029/2024JA033613
116. 1. Xu, S-B
     2. Sun, J-J
     3. Wang, S
     4. Li, J-H
     5. Zhou, X-Z
     6. Graham, D B
     7. Hao, Y-F
     8. Zong, Q-G
     9. Yue, C
     10. Omura, Y
     11. Khotyaintsev, Y V

     (2025) Shock reformation induced by ion-scale whistler waves in quasiperpendicular bow shock. Physical Review Letters. DOI: 10.1103/bf5q-blg4
117. 1. Yamauchi, M
     2. Christon, S
     3. Dandouras, I
     4. Haaland, S
     5. Kastinen, D
     6. Kistler, L M
     7. Mann, I
     8. Nozawa, S
     9. Plane, J M C
     10. Saito, Y
     11. Schulz, L
     12. Watababe, S
     13. Wurz, P
     14. Yau, A W

     (2024) Heavy Molecular and Metallic Ions in the Magnetosphere. Space Science Reviews. DOI: 10.1007/s11214-024-01114-w
118. 1. Yamauchi, M
     2. Kotani, T
     3. Nanjo, S
     4. Matzka, J

     (2025) UT dependence of severe space weather events defined by geomagnetic indices: an unusual aspect of the May 2024 event. Earth, Planets and Space. DOI: 10.1186/s40623-025-02292-9
119. 1. Yang 杨, Y 宇
     2. Horbury, T S
     3. Trotta, D
     4. Matteini, L
     5. Wang, J H
     6. Fedorov, A
     7. Louarn, P
     8. Bale, S D
     9. Pulupa, M
     10. Larson, D E
     11. Livi, R
     12. Stevens, M L
     13. Maksimovic, M
     14. Khotyaintsev, Y V
     15. Larosa, A

     (2025) Ion-scale Solitary Structures in the Solar Wind Observed by Solar Orbiter and Parker Solar Probe. The Astrophysical Journal Letters. DOI: 10.3847/2041-8213/ae173a
120. 1. Yokota, S
     2. Matsuoka, A
     3. Murata, N
     4. Saito, Y
     5. Asamura, K
     6. Kasahara, S
     7. Delcourt, D
     8. Hadid, L Z
     9. Terada, N
     10. Keika, K
     11. Harada, Y
     12. Nakagawa, H
     13. Masunaga, K
     14. Sakai, S
     15. Futaana, Y
     16. Imajo, S
     17. Seki, K
     18. Nishino, M N
     19. Kitamura, Y

     (2025) Pre-flight performance of the ion energy mass spectrum analyzer for the Martian Moons eXploration (MMX) mission. Progress in Earth and Planetary Science. DOI: 10.1186/s40645-025-00718-2
121. 1. Zhang, C
     2. Dong, C
     3. Zhou, H
     4. Halekas, J
     5. Yamauchi, M
     6. Nilsson, H
     7. Liu, T Z
     8. Persson, M
     9. Curry, S
     10. Dong, Y
     11. Futaana, Y
     12. Chen, Y
     13. Zhou, M
     14. Suranga, R
     15. Hanley, K G
     16. Mazelle, C
     17. Xu, S
     18. Ramstad, R
     19. Holmström, M
     20. Chen, L-J

     (2025) Anomalous transient enhancement of planetary ion escape at Mars. Nature Communications. DOI: 10.1038/s41467-025-58351-y
122. 1. Zhang, C
     2. Dong, C
     3. Zhou, H
     4. Halekas, J
     5. Li, X
     6. Gao, J
     7. Shen, H
     8. Wang, X
     9. Nilsson, H
     10. Ramstad, R
     11. Mazelle, C
     12. Wang, L
     13. Xu, S
     14. Tadlock, A
     15. Hanley, K G
     16. Curry, S M
     17. Mitchell, D L

     (2025) Global Energy Transport and Conversion in the Solar Wind‐Mars Interaction: MAVEN Observations. Journal of Geophysical Research: Planets. DOI: 10.1029/2025JE009295
123. 1. Zhang, C
     2. Dong, C
     3. Liu, T Z
     4. Mazelle, C
     5. Raptis, S
     6. Zhou, H
     7. Fruchtman, J
     8. Halekas, J
     9. Li, J
     10. Hanley, K G
     11. Curry, S M
     12. Mitchell, D L
     13. Li, X

     (2025) Role of ULF Waves in Reforming the Martian Bow Shock. AGU Advances. DOI: 10.1029/2025AV001654
124. 1. Zhang, Q
     2. Barabash, S
     3. Holmström, M
     4. Wang, X
     5. Futaana, Y
     6. Fowler, C M
     7. Ramstad, R
     8. Nilsson, H

     (2025) Ion Escape From Degenerate Induced Magnetospheres: The Case of Mars. Geophysical Research Letters. DOI: 10.1029/2025gl116161
125. 1. Zhang, Q
     2. Barabash, S
     3. Holmstrom, M
     4. Wang, X-D
     5. Futaana, Y
     6. Fowler, C M
     7. Ramstad, R
     8. Nilsson, H

     (2024) Mars’s induced magnetosphere can degenerate. Nature. DOI: 10.1038/s41586-024-07959-z
126. 1. Zhong, T
     2. Xie, L
     3. Zhang, A
     4. Guo, X
     5. Li, L
     6. Wang, W
     7. Wieser, M
     8. Zhang, X
     9. Yang, Y
     10. Tang, H
     11. Zhang, Y
     12. Wang, C

     (2024) Dependences of Energetic Neutral Atoms Energy on the Solar Wind Energy and Solar Zenith Angle Observed by the Chang’E-4 Rover. The Astrophysical Journal Letters. DOI: 10.3847/2041-8213/ad1687
127. 1. Zhong, Z H
     2. Zhou, M
     3. Graham, D B
     4. Pang, Y
     5. Khotyaintsev, Y V
     6. Song, L J
     7. Li, H M
     8. Tang, R X
     9. Deng, X H

     (2025) Electromagnetic viscosity supported anomalous electric field in the electron diffusion region of collisionless magnetic reconnection. Nature Communications. DOI: 10.1038/s41467-025-65535-z

Theses

1. 1. Ågren, K

   (2012) On the Formation and Structure of the Ionosphere of Titan.
2. 1. Ågren, K

   (2008) The ionospheric structure of Titan due to magnetospheric impacting electrons and solar EUV radiation.
3. 1. Andersson, L

   (2000) Acceleration processes in auroral region.
4. 1. André, M

   (1985) Dispersion surfaces and ion wave instabilities in space plasmas.
5. 1. Arvelius, J

   (2005) Calibration and quality assessment of DESCARTES : grabsampler for stratospheric tracers.
6. 1. Arvelius, S

   (2005) Energization and Acceleration of Dayside Polar Outflowing Oxygen.
7. 1. Åström, K

   (1978) Cascade processes in the atmosphere and an analysis of muon monitor data.
8. 1. Axelsson, K

   (2013) Studies of auroral processes using optical methods.
9. 1. Backrud, M

   (2005) Cluster Observations and Theoretical Explanations of Broadband Waves in the Auroral Region.
10. 1. Barabash, S

    (1995) Satellite observations of the plasma – neutral coupling near Mars and the Earth.
11. 1. Barabash, V

    (2003) Investigation of Polar Mesosphere Summer Echoes in Northern Scandinavia.
12. 1. Behar, E

    (2018) Solar Wind Dynamics within The Atmosphere of comet 67P/Churyumov-Gerasimenko.
13. 1. Behlke, R

    (2005) Dissipation at the Earth's Quasi-Parallel Bow Shock.
14. 1. Behlke, R

    (2003) Observations by the Cluster satelites at the Earth´s quasi-parallel bow shock.
15. 1. Belova, A

    (2008) Studies of planetary waves in ozone and temperature fields as observed by the Odin satellite in 2002-2007.
16. 1. Bergman, J

    (2000) A relativistic approach to wave dispersion in Vlasov plasma.
17. 1. Bergman, J

    (2000) Dispersive and polarimetric properties of waves in space plasma.
18. 1. Bergman, S

    (2021) Low-energy ions around comet 67P/Churyumov-Gerasimenko.
19. 1. Bergman, S

    (2020) The effect of spacecraft charging on low-energy ion measurements around comet 67P/Churyumov-Gerasimenko.
20. 1. Biro, T

    (1992) Phase-space description of plasma waves. Linear and nonlinear theory.
21. 1. Boberg, F

    (2003) Space Weather - Solar magnetic variation and its impact on Earth's atmosphere.
22. 1. Boldú-O'Farrill Treviño, J J

    (2023) Probing the solar wind evolution with kinetic waves.
23. 1. Borälv, E

    (2003) Substorm Features in the High-Latitude Ionosphere and Magnetosphere : Multi-Instrument Observations.
24. 1. Brändström, U

    (2003) The Auroral Large Imaging System : design, operation and scientific results.
25. 1. Brinkfeldt, K

    (2005) Instrumentation for energetic Neutral atom measurements at Mars, Venus and The Earth.
26. 1. C:son Brandt, P

    (1999) ENA Imaging of planetary magnetospheres.
27. 1. Canu-Blot, R

    (2024) Negative ions in the plasma environment of the Moon : observing small signals related to plasma-surface interaction.
28. 1. Carlsson, E

    (2008) Mars : plasma environment and surface hydrology.
29. 1. Carlsson, E

    (2006) Mars: environment, surface and exploration ethics.
30. 1. Carozzi, T D

    (2000) Radio waves in the ionosphere : Propagation, generation and detection.
31. 1. Daldorff, L K S

    (2008) Numerical Simulation as a Tool for Studying Waves and Radiation in Space.
32. 1. Dieval, C

    (2012) Solar wind ions inside the induced magnetosphere of Mars.
33. 1. Dieval, C

    (2011) The solar wind protons inside the induced magnetosphere of Mars.
34. 1. Dreyer, J

    (2023) Diving Deep into Saturn's Equatorial Ionosphere with Cassini : Insights from the Grand Finale.
35. 1. Dreyer, J

    (2021) Saturn's dusty equatorial ionosphere from Cassini's Grand Finale observations.
36. 1. Egeland, A

    (1962) Studies of auroral reflections in the VHF band.
37. 1. Ekeberg, J

    (2011) Solitary waves and enhanced incoherent scatter ion lines.
38. 1. Ekenbäck, A

    (2008) Numerical modelling of ENAs from stellar wind interactions.
39. 1. Eklund, U

    (1998) High altitude cusp and magnetosheath in-situ measurements.
40. 1. Eliasson, B

    (2001) Numerical simulation of kinetic effects in ionospheric plasma.
41. 1. Eliasson, B

    (2002) Numerical Vlasov–Maxwell Modelling of Space Plasma.
42. 1. Eliasson, L

    (1994) Satellite observations of auroral acceleration processes.
43. 1. Enell, C-F

    (2002) Optical studies of polar stratospheric clouds and related phenomena.
44. 1. Engelhardt, I A D

    (2018) Plasma and Dust around Icy Moon Enceladus and Comet 67P/Churyumov-Gerasimenko.
45. 1. Engelhardt, I A D

    (2016) Plasma and Dust at Saturn's Icy Moon Enceladus and Comet 67P/Churyumov-Gerasimenko.
46. 1. Engwall, E

    (2006) Cold magnetospheric plasma flows: Properties and interaction with spacecraft.
47. 1. Engwall, E

    (2009) Low-Energy Ion Escape from the Terrestrial Polar Regions.
48. 1. Eriksson, A I

    (1995) Investigations of solitary wave phenomena in the near-earth space plasma using the Viking and Freja satellites.
49. 1. Eriksson, E

    (2016) 3D Magnetic Nulls and Regions of Strong Current in the Earth's Magnetosphere.
50. 1. Eriksson, E

    (2018) Electron energization in near-Earth space : Studies of kinetic scales using multi-spacecraft data.
51. 1. Falck, A

    (1985) Measurements of auroral particles by means of sounding rockets of mother-daughter type.
52. 1. Fatemi, S

    (2014) Kinetic Modeling of the Solar Wind Plasma Interaction with the Moon.
53. 1. Fatemi, S

    (2011) Modeling the Lunar plasma wake.
54. 1. Giang, T T

    (2010) Low-energy ion outflow from the sub-auroral region.
55. 1. Gleisner, H

    (2000) Solar Wind and Geomagnetic Activity - Predictions Using Neural Networks.
56. 1. Gleisner, H

    (1997) Solar wind-driven geomagnetic activity modelled with neural networks.
57. 1. Goodman, S

    (1993) Problems related to stimulated electromagnetic emissions, strong turbulence and ionospheric modification.
58. 1. Grigoriev, A

    (2007) The Neutral Particle Detector on the Mars and Venus Express missions.
59. 1. Gustafsson, G

    (1970) Precipitation patterns of auroral particles in the ionosphere.
60. 1. Gustavsson, B

    (2000) Three dimensional imaging of aurora and airglow.
61. 1. Häggström, I

    (1990) Incoherent scatter studies of upper atmosphere dynamics and coding technique.
62. 1. Hall, J-O

    (2004) Interaction between Electromagnetic Waves and Localized Plasma Oscillations.
63. 1. Hedberg, Å

    (1985) An Experimental Study of Ionospheric Modification Using Radio and Radar Methods.
64. 1. Hedin, M

    (2002) Advanced applications of the EISCAT incoherent scatter radar for multi-beam and electron line studies.
65. 1. Holmberg, M

    (2015) A study of the structure and dynamics of Saturn's inner plasma disk.
66. 1. Holmberg, M

    (2013) On the structure and dynamics of Saturn's inner plasma disk.
67. 1. Holmgren, G

    (1985) Artificial stimulation of auroral particle precipitation by means of a plasma release.
68. 1. Høymork, S H

    (2001) Lower hybrid cavities and other plasma phenomena in the subauroral region.
69. 1. Johansson, F L

    (2019) Observations of plasma and dust around comet 67P by Rosetta.
70. 1. Johansson, F L

    (2020) Rosetta Observations of Plasma and Dust at Comet 67P.
71. 1. Johlander, A

    (2016) Ion dynamics and structure of collisionless shocks.
72. 1. Johlander, A

    (2019) Ion dynamics and structure of collisionless shocks in space.
73. 1. Karlsson, R

    (2005) Theory and Applications of Tri-Axial Electromagnetic Field Measurements.
74. 1. Kastinen, D

    (2022) From meteors to space safety : dynamical models and radar measurements of space objects.
75. 1. Kero, J

    (2008) High-resolution meteor exploration with tristatic radar methods.
76. 1. Khotyaintsev, M

    (2006) Radar Probing of the Sun.
77. 1. Khotyaintsev, M V

    (2005) Theory of Solar Radar Experiments: Combination Scattering by Anisotropic Langmuir Turbulence.
78. 1. Khotyaintsev, Y

    (2002) Alfvén Waves and Energy Transformation in Space Plasmas.
79. 1. Kim, K

    (2024) Dynamics of Titan's ionosphere and plasma interactions as observed by Cassini.
80. 1. Kirkwood, S

    (1990) Electrodynamics of the auroral E-region.
81. 1. Kjus, S H

    (1999) Lower hybrid cavitites : a statistical study.
82. 1. Koskinen, H E J

    (1985) Lower hybrid parametric processes in the ionosphere and magnetosphere : theory and applications.
83. 1. Lalti, A

    (2022) Electrostatic turbulence and electron heating in collisionless shocks.
84. 1. Lalti, A

    (2024) Electrostatic turbulence and electron heating in collisionless shocks.
85. 1. Leyser, T B

    (1989) Stimulated electromagnetic emission in the ionosphere.
86. 1. Lindkvist, J

    (2016) Plasma Interactions with Icy Bodies in the Solar System.
87. 1. Lindstedt, T

    (2009) Magnetic reconnection and separatrix regions.
88. 1. Lindström, R

    (1995) Modelling of wide-band ionospheric HF channels.
89. 1. Liszka, L

    (1963) Auroral zone ionosphere investigations using transmissions from artificial earth satellites.
90. 1. Lue, C

    (2015) Solar Wind Proton Interactions with Lunar Magnetic Anomalies and Regolith.
91. 1. Lundin, R

    (1977) Investigations of auroral electron precipitation by means of sounding rockets.
92. 1. Mihalikova, M

    (2013) Mesoscale processes in the polar atmosphere : radar remote sensing, balloon-borne in situ measurements and modelling.
93. 1. Möslinger, A

    (2024) Physics at sub-ion-gyroradius scales near low-activity comets.
94. 1. Murdin, J

    (1980) Incoherent scatter radar measurement in the auroral zone.
95. 1. Nikulin, G

    (2005) Impact of Rossby waves on ozone distribution and dynamics of the stratosphere and troposphere.
96. 1. Nilsson, H

    (1996) Ionospheric plasma studies with the EISCAT and Søndre Strømfjord radars.
97. 1. Norberg, O

    (1998) Hot plasma measurements in the Earth and Mars environments.
98. 1. Norblad, E

    (2010) High frequency L-mode pumping of the ionospheric plasmas.
99. 1. Nordblad, E

    (2011) Opening New Radio Windows and Bending Twisted Beams.
100. 1. Norgren, C

     (2016) Electron-scale physics in space plasma : Thin boundaries and magnetic reconnection.
101. 1. Norgren, C

     (2014) Lower hybrid drift waves and electron holes in the Earth’s magnetosphere.
102. 1. Norin, L

     (2007) Structure formation and transient dynamics of secondary electromagnetic radiation related to HF pumping of the ionosphere.
103. 1. Norin, L

     (2008) Secondary Electromagnetic Radiation Generated by HF Pumping of the Ionosphere.
104. 1. Norqvist, P

     (1995) Magnetospheric ion energization. Theories on observations by the Freja Satellite.
105. 1. Odelstad, E

     (2018) Plasma environment of an intermediately active comet : Evolution and dynamics observed by ESA's Rosetta spacecraft at 67P/Churyumov-Gerasimenko.
106. 1. Odelstad, E

     (2016) Rosetta spacecraft potential and activity evolution of comet 67P.
107. 1. Olsson, A

     (1997) Studies of magnetosphere-ionosphere coupling in auroral substorms using radar and satellite techniques.
108. 1. Olsson, S

     (1972) Studies of storm effects on the total electron content and of ionospheric irregularities by means of improved techniques.
109. 1. Opgenoorth, H J

     (1983) Three-dimensional current systems associated with active aurora.
110. 1. Ortner, J

     (1960) Untersuchung des ionisierten Nordlichtes mit Hilfe von ultrakurzen Wellen.
111. 1. Oscarsson, T E

     (1989) Stability analysis and reconstruction of wave distribution functions in warm plasmas.
112. 1. Pellinen-Wannberg, A

     (1995) Auroral and meteor applications of the EISCAT incoherent scatter radar.
113. 1. Persson, M

     (1996) Coordinated radar and satellite studies of magnetospheric substorms.
114. 1. Persson, M

     (2020) Escape to space or return to venus : ion flows measured by venus express.
115. 1. Pitout, F

     (2002) The Polar Cusp and its Ionospheric footprint : Dynamics and Transients.
116. 1. Pontoni, A

     (2022) Development and simulated observations of the Jovian Neutrals Analyzer.
117. 1. Ramstad, R

     (2017) Ion escape from Mars : measurements in the present to understand the past.
118. 1. Retinò, A

     (2005) Magnetic reconnection at the Earth´s magnetopause: CLUSTER spacecraft observations at different scales.
119. 1. Retinò, A

     (2007) Magnetic Reconnection in Space Plasmas : Cluster Spacecraft Observations.
120. 1. Richard, L

     (2022) Energy Conversion and Particle Acceleration at Turbulent Plasma Jet Fronts.
121. 1. Richard, L

     (2023) Energy Conversion and Particle Acceleration at Turbulent Plasma Jet Fronts.
122. 1. Rosenqvist, L

     (2008) Energy Transfer and Conversion in the Magnetosphere-Ionosphere System.
123. 1. Rosenqvist, L

     (2005) The impact of a strongly magnetized high speed solar wind on the Earth´s magnetosphere-ionosphere system.
124. 1. Sandahl, I

     (1984) Pitch angle scattering and particle precipitation in a pulsating aurora - An experimental study.
125. 1. Schillings, A

     (2019) How does O+ outflow vary with solar wind conditions?.
126. 1. Schillings, A

     (2018) O+ outflow during geomagnetic storms observed by Cluster satellites.
127. 1. Shebanits, O

     (2015) Pre-biotic molecules and dynamics in the ionosphere of Titan : a space weather station perspective.
128. 1. Shebanits, O

     (2017) Titan’s ionosphere and dust : – as seen by a space weather station.
129. 1. Slapak, R

     (2011) O⁺ heating in the high altitude cusp and mantle due to wave-particle interaction.
130. 1. Slapak, R

     (2013) O+ heating, outflow and escape in the high altitude cusp and mantle.
131. 1. Smirnova, M

     (2011) Long-term observations of polar mesosphere summer echoes using the ESRAD MST radar.
132. 1. Stasiewicz, K

     (1985) On the generation of auroral arcs and inverted-V structures.
133. 1. Steen, Å

     (1988) Investigations of auroral dynamics: Techniques and results.
134. 1. Steinvall, K

     (2022) Electrostatic plasma waves associated with collisionless magnetic reconnection : Spacecraft observations.
135. 1. Steinvall, K

     (2019) Multi- spacecraft Studies of Electron Holes in Space Plasmas.
136. 1. Stergiopoulou, A

     (2022) The induced magnetospheres and magnetotails of Mars and Venus.
137. 1. Stergiopoulou, K

     (2020) Two-spacecraft studies of the plasma environment of Mars.
138. 1. Stjernman, A

     (1995) Design and development of a microwave multifrequency polarimetric scatterometer for biosphere remote sensing.
139. 1. Stude, J

     (2016) Advanced Plasma Analyzer for Measurements in the Magnetosphere of Jupiter.
140. 1. Sundkvist, D

     (2005) Space Plasma Dynamics : Instabilities, Coherent Vortices and Covariant Parametrization.
141. 1. Svennesson, J

     (1972) Ionospheric D-region effects observed by means of VLF radio waves.
142. 1. Svenningsson, I

     (2025) Electron Heating through Wave-Particle Interaction in Turbulent Space Plasma.
143. 1. Szasz, C

     (2008) Radio meteors above the Arctic Circle : radiants, orbits and estimated magnitudes.
144. 1. Theander, A

     (1972) Studies of auroral absorption substorms.
145. 1. Tjulin, A

     (2003) Waves in space plasmas : Lower hybrid cavities and simple-pole distribution functions.
146. 1. Vaivads, A

     (1996) Auroral ion beams and ion acoustic wave generation by fan instability.
147. 1. Västberg, A

     (1997) Investigations of the Ionospheric HF Channel by Ray Tracing.
148. 1. Viberg, H

     (2013) Generation of Electromagnetic Emissions at Magnetic Reconnection Sites.
149. 1. Waara, M

     (2011) High altitude ion heating observed by the Cluster spacecraft.
150. 1. Wahlund, J-E

     (1992) Ionospheric response to particle precipitation within Aurora.
151. 1. Waldemark, J

     (1996) Artificial Intelligence in Analysis of Multivariate Satellite Data.
152. 1. Waldemark, J

     (1993) Neural Network Techniques in District Heating Applications: A nonlinear approach to estimating and forecasting multiple timeseries.
153. 1. Waldemark, K

     (1997) Studies of the atmosphere using infrasound recordings.
154. 1. Waldenvik, M

     (1994) The dynamics of electromagnetic radiation from an HF perturbed space plasma.
155. 1. Westerlund, S

     (1972) Abnormal propagation conditions in the terrestrial VLF waveguide.
156. 1. Westin, H

     (1976) Studies of infrasonic waves in the auroral zone.
157. 1. Westman, A

     (1997) Development of high resolution radar measurements techniques for studies of transient phenomena in the ionospheric E and F layers.
158. 1. Wik, M

     (2008) The Sun, Space Weather and Effects.
159. 1. Wintoft, P

     (1997) Space Weather Physics, Prediction and classification of solar wind structures and geomagnetic activity using artificial neural networks.
160. 1. Wittmann, P

     (2022) The Jovian Plasma Dynamics and Composition Analyzer (JDC) for ESA's JUICE Mission.
161. 1. Wu, J-G

     (1997) Space Weather Physics: Dynamic Neural Network Studies of Solar Wind-Magnetosphere Coupling.
162. 1. Zhang, Q

     (2023) Ion escape from Mars.
163. 1. Zhang, Q

     (2025) Modeling the effects of solar conditions on the interaction of the solar wind with Mars.

Reports

1. 1. Abrahamsson, T

   (2025) Plasma density variations in the ionosphere over Sweden and their effects on radio scintillations and delays. [Master thesis, Uppsala universitet]
2. 1. Ågren, K

   (2006) Model calculations of the ionosphere of Titan during eclipse conditions. [Independent thesis Advanced level (professional degree), 20 credits / 30 HE credits, Luleå tekniska universitet]
3. 1. Åhl, C

   (2025) Simulation of scattering characteristics of Polar Stratospheric Clouds. [Master thesis, Luleå tekniska universitet, Institutet för rymdfysik]
4. 1. Al Moulla, K

   (2018) Turbulence at MHD and sub-ion scales in the magnetosheath of Saturn : a comparative study between quasi-perpendicular and quasi-parallel bow shocks using in-situ Cassini data. [Independent thesis Basic level (degree of Bachelor), 10 credits / 15 HE credits, Uppsala universitet]
5. 1. Alexandersson, I

   (2011) Comet Ion Tail Observations Far From the Nucleus. [Independent thesis Advanced level (professional degree), 20 credits / 30 HE credits, Uppsala universitet]
6. 1. Alinder, S

   (2017) Electron cooling in a cometary coma. [Independent thesis Basic level (degree of Bachelor), 10 credits / 15 HE credits, Uppsala universitet]
7. 1. Alsakka, A

   (2025) Python Program to Simplify the Process of Operations Planning. [Student paper other, 10 HE credits, Uppsala universitet]
8. 1. Andrén, G
   2. Jansson, O
   3. Nordström, J
   4. Röstin, E
   5. Wrangstål, J

   (2025) Caught Between Shocks : A survey of magnetosheath properties in the terrestrialplanets and Jupiter. [Master thesis, Uppsala universitet]
9. 1. Arvelius, J

   (1998) Solar variation signals in the Earth's atmosphere - a study using neural networks.
10. 1. Ashfaque, M

    (2012) Precipitation of solar wind ions in the Venusian atmosphere : An ASPERA-4 investigation. [Independent thesis Advanced level (degree of Master (Two Years)), 20 credits / 30 HE credits, Luleå tekniska universitet]
11. 1. Babatunde Iji, A

    (2007) Vector antenna for ultra-high energy cosmic neutrino detection.
12. 1. Bader, A

    (2017) Ion Temperature Anisotropies in the Venus Plasma Environment. [Independent thesis Advanced level (degree of Master (Two Years)), 20 credits / 30 HE credits, Luleå tekniska universitet]
13. 1. Bause, M L

    (2020) Plasma density characteristics of magnetic holes near the Kronian magnetosphere boundary surfaces. [Independent thesis Advanced level (degree of Master (Two Years)), 10 credits / 15 HE credits, Uppsala universitet]
14. 1. Becher, H

    (2007) Solar synoptic magnetic fields: Observations, exploration and SDO.
15. 1. Behlke, R

    (2001) Solar radio bursts and low frequency radio emissions from space. [Master thesis, Uppsala universitet]
16. 1. Ben-Ghali, K

    (2024) Recovery timescale of the Venusian induced magnetosphere.
17. 1. Berčič, L

    (2017) Instrumental and environmental effects on RPC-ICA measurements of the cometary ion dynamics at comet 67P/CG. [Independent thesis Advanced level (degree of Master (Two Years)), 20 credits / 30 HE credits, Luleå tekniska universitet]
18. 1. Bergman, E

    (2003) Parallel electric fields in space - Observations by Cluster satellites inside the auroral zone at altitudes above the main acceleration region.
19. 1. Bergman, J

    (1995) Dispersive character of upper hybrid and electron Bernstein modes near electron gyroharmonics.
20. 1. Bernard, L

    (2024) Modelling of cometary plasma environments in preparation for Comet Interceptor.
21. 1. Biliroğlu, B

    (2025) Investigating Ionospheric Scintillations Using Swarm and GNSS Measurements. [Master thesis, Uppsala universitet]
22. 1. Billvik, M

    (2005) The first Rosetta Earth flyby: Trajectory, attitude and radiation information for LAP operations.
23. 1. Blomquist, C
    2. Hellgren, S
    3. Holmén, A
    4. Lorin, E

    (2024) Survey of the Plasma Environment of Comet 67P/Churyumov-Gerasimenko. [Independent thesis Basic level (degree of Bachelor), 10 credits / 15 HE credits, Uppsala universitet]
24. 1. Bostedt, I

    (2025) Satellite Magnetic Conjunctions with Meteor Trails. [Master thesis, Uppsala universitet]
25. 1. Brorsson, M

    (1989) Observationer av plasmatätheten i höjdintervallet 2000-13000 km.
26. 1. Burgdorf, J

    (2015) On-Board Data Handling for J³ and Electrical Ground Support Equipment for RATEX-J. [Independent thesis Advanced level (degree of Master (Two Years)), 20 credits / 30 HE credits, Luleå tekniska universitet]
27. 1. Cervantes, P

    (2015) Geometry Considerations for the Radio and Plasma Waves Instrument on the ESA Jupiter Icy Moons Explorer (JUICE). [Independent thesis Advanced level (degree of Master (Two Years)), 20 credits / 30 HE credits, Luleå tekniska universitet]
28. 1. Cherry, A

    (2024) Plasma density variations in the ionosphere and their effects on trans-ionospheric signals: an investigation using Swarm satellite data and Lantmäteriet’s ionosphere monitor. [Independent thesis Advanced level (degree of Master (Two Years)), 20 credits / 30 HE credits, Uppsala universitet]
29. 1. Chiaretta, M

    (2011) Numerical modelling of Langmuir probe measurements for the Swarm spacecraft. [Independent thesis Advanced level (degree of Master (Two Years)), 20 credits / 30 HE credits, Uppsala universitet]
30. 1. Coillet, A

    (2006) Calibration of the LOIS antennas.
31. 1. Danielsson, J

    (2007) Low frequency radio astronomy and extrasolar planet detection.
32. 1. Danielsson, P

    (2022) Nowcasting the IRF Auroral Index with Recurrent Neural Networks. [Independent thesis Advanced level (degree of Master (Two Years)), 20 credits / 30 HE credits, Luleå tekniska universitet]
33. 1. Dogurevich, P

    (2019) Kinetic simulation of spherically symmetric collisionless plasma in the inner part of a cometary coma. [Student paper other, 10 credits / 15 HE credits, Uppsala universitet]
34. 1. Edberg, N

    (2006) The Rosetta Mars Flyby.
35. 1. Edman, J

    (2019) Deriving characteristics of thin cirrus clouds from observations with the IRF lidar. [Independent thesis Advanced level (professional degree), 20 credits / 30 HE credits, Luleå tekniska universitet]
36. 1. Ekvall, C

    (2022) Investigation of sub-surface ocean induction on Jupiter's icy moon Europa. [Independent thesis Basic level (degree of Bachelor), 10 credits / 15 HE credits, Uppsala universitet]
37. 1. Eliasson, B

    (1998) Theoretical and numerical study of nonlinear interaction between electromagnetic waves and space plasma.
38. 1. Engelhardt, I

    (2013) Plasma Structures at Enceladus’ South Polar Region. [Independent thesis Advanced level (degree of Master (Two Years)), 10 credits / 15 HE credits, Uppsala universitet]
39. 1. Engelhardt, I A D

    (2013) Plasma Structures at the Enceladus Plume. [Independent thesis Advanced level (degree of Master (Two Years)), 20 credits / 30 HE credits, Uppsala universitet]
40. 1. Engström, Å

    (2006) Plasma flow along auroral arcs.
41. 1. Engwall, E

    (2003) Numerical Studies of Spacecraft-Plasma Interaction: Simulations of Wake Effects on the Cluster Electric Field Instrument EFW. [Master thesis, Uppsala universitet]
42. 1. Eriksson, M

    (2008) Symmetries and conservation laws obtained by Lie group analysis for certain physical systems.
43. 1. Eriksson, S

    (2003) Study of tripole antenna arrays for space radio research.
44. 1. Falkenström, J

    (2007) Statistics of the energy transfer from the solar wind to the magnetosphere.
45. 1. Fatemi Moghareh, S S

    (2009) Computing, visualizing and analyzing ion trajectories. [Independent thesis Advanced level (degree of Master (Two Years)), 20 credits / 30 HE credits, Luleå tekniska universitet]
46. 1. Foucaurdot, V

    (2005) LOIS calibration and test.
47. 1. Frenning, G

    (1999) Radio wave propagation and linear resonance absorption in an inhomogeneous, cold, unmagnetised plasma.
48. 1. Friedman, J
    2. Karlsson, A
    3. Ravnborg, S
    4. Greve, R

    (2024) CME evolution observed from the inner heliosphere to Earth. [Independent thesis Basic level (degree of Bachelor), 10 credits / 15 HE credits, Uppsala universitet]
49. 1. García Ribas, A

    (2023) WSA-ENLIL + Cone ensemble modeling of an Earth-directed ICME : Comparison with in-situ observations by Solar Orbiter and WIND at L1. [Independent thesis Advanced level (degree of Master (Two Years)), 20 credits / 30 HE credits, Uppsala universitet]
50. 1. Garde, M L

    (2009) Ultra-high-energy cosmic neutrino radio detection with vector antennas.
51. 1. Gesto Herrera, B

    (2022) Flying through cometary jets with the Rosetta spacecraft. [Independent thesis Basic level (degree of Bachelor), 5 HE credits, Uppsala universitet]
52. 1. Gramin, A

    (2017) Analysis of Calibration and Surface Contamination on the Rosetta Langmuir Probe Instrument. [Independent thesis Basic level (degree of Bachelor), 10 credits / 15 HE credits, Uppsala universitet]
53. 1. Gulliksson, J

    (2006) Standing electromagnetic field wave pattern in the ionosphere.
54. 1. Gupta, S

    (2019) Cometary ion dynamics with Rosetta Ion Composition Analyzer. [Independent thesis Advanced level (degree of Master (Two Years)), 20 credits / 30 HE credits, Luleå tekniska universitet]
55. 1. Gustafsson, A

    (2025) Radiation Analysis for the LDET Instrument on the LimPa Mission : A Detailed Assessment of Environmental Exposure, Instrument Vulnerabilities, and Mitigation Strategies. [Master thesis, Luleå tekniska universitet]
56. 1. Gwosch, K

    (2010) The electron density in Saturn's magnetosphere around equinox.
57. 1. Hahlin, A

    (2018) Coupled waves as a model to describe chaotic turbulence pumped by radio waves in the ionosphere. [Independent thesis Basic level (degree of Bachelor), 10 credits / 15 HE credits, Uppsala universitet]
58. 1. Hall, J-O

    (2000) Excitation of field-aligned irregularities by a powerful radio wave in the F-region ionosphere.
59. 1. Hånberg, C

    (2011) Analytic modelling of Rosetta Langmuir probe measurements based on SPIS simulations. [Independent thesis Advanced level (professional degree), 20 credits / 30 HE credits, Uppsala universitet]
60. 1. Herm, H

    (2024) Plasma characteristics of the dusty E ring using the multi-instrument data from the Cassini-Huygens mission. [Student paper other, 10 HE credits, Uppsala universitet]
61. 1. Hirabayashi, T

    (2023) Atmospheric Gravity Waves revisited with the EISCAT radar. [Independent thesis Advanced level (degree of Master (Two Years)), 10 credits / 15 HE credits, Uppsala universitet]
62. 1. Hofverberg, T

    (1995) Investigation of the interaction between electromagnetic radiation and hot plasma.
63. 1. Holma, F H

    (2021) Variations in the photo-saturation current on Solar Orbiter.
64. 1. Holmberg, M

    (2010) Determination of Solar EUV Intensity and Ion Flux from Langmuir Probe Current Characteristics. [Independent thesis Advanced level (professional degree), 20 credits / 30 HE credits, Uppsala universitet]
65. 1. Hultgren, K

    (2009) Rosetta LAP operations at the target comet. [Independent thesis Advanced level (degree of Master (Two Years)), 20 credits / 30 HE credits, Luleå tekniska universitet]
66. 1. Huybrighs, H L F

    (2015) The feasibility of in-situ observations of Europa's water vapour plumes..
67. 1. Isaksson, R

    (2005) Solar UV (Ly-alpha) intensity from Cassini Langmuir probe data.
68. 1. Jaklovsky, S

    (2020) Drag based forecast for CME arrival. [Independent thesis Basic level (degree of Bachelor), 10 credits / 15 HE credits, Uppsala universitet]
69. 1. Jansson, O

    (2025) Optical Detection and Analysis of Meteors with AllSky7. [Master thesis, Luleå tekniska universitet, Institutet för rymdfysik]
70. 1. Johansson, F

    (2013) Numerical simulation of Rosetta Langmuir Probe. [Student paper other, 10 credits / 15 HE credits, Uppsala universitet]
71. 1. Johansson, M

    (2006) Living in Space : A Comparative Study of one Conventional Life Support System and two Biological Systems. [Independent thesis Advanced level (professional degree), 20 credits / 30 HE credits, Uppsala universitet]
72. 1. Johlander, A

    (2012) Photoemission on the Rosetta spacecraft. [Independent thesis Basic level (degree of Bachelor), 10 credits / 15 HE credits, Uppsala universitet]
73. 1. Johlander, A

    (2014) The formation of the ion seed population at quasi-parallel shocks in space plasma. [Independent thesis Advanced level (degree of Master (Two Years)), 20 credits / 30 HE credits, Uppsala universitet]
74. 1. K. Kerényi, M

    (2016) Vacuum Chamber Design for RATEX-J Radiation Testing. [Independent thesis Advanced level (degree of Master (Two Years)), 20 credits / 30 HE credits, Kungliga Tekniska högskolan]
75. 1. Karlsson, R

    (1997) Three-Dimensional Spectral Stokes Parameters.
76. 1. Kastinen, D

    (2016) Meteorer och Celestial Dynamik : Association och Numerisk analys. [Independent thesis Advanced level (professional degree), 20 credits / 30 HE credits, Luleå tekniska universitet]
77. 1. Kaur, G

    (2023) Calibration of RPWI Langmuir Probe Data. [Independent thesis Basic level (degree of Bachelor), 10 credits / 15 HE credits, Uppsala universitet]
78. 1. Kolokotronis, A

    (2024) Electrodynamic currents in near-Mars space. [Independent thesis Advanced level (degree of Master (Two Years)), 30 credits / 45 HE credits, Uppsala universitet]
79. 1. Kolokotronis, A

    (2023) Motion of icy grains originating in Saturn’s D-ring. [Student paper other, 10 HE credits, Uppsala universitet]
80. 1. Kukkola, A

    (2022) Ion Reflection at the Earth’s Quasi-Perpendicular Bow Shock in Vlasiator. [master's thesis, University of Helsinki]
81. 1. Kvarnström, J

    (2018) Searching for Titan's tail. [Independent thesis Basic level (degree of Bachelor), 10 credits / 15 HE credits, Uppsala universitet]
82. 1. Lannér, V

    (2017) Incoherent Scattering of Twisted Radar Beams from the Ionosphere. [Independent thesis Advanced level (professional degree), 20 credits / 30 HE credits, Uppsala universitet]
83. 1. Larsson Dahlberg, J

    (2024) Onset and Evolution of Magnetic Reconnection in a Harris Plasma Current Sheet with Different Drift Velocities. [Independent thesis Advanced level (professional degree), 20 credits / 30 HE credits, Uppsala universitet]
84. 1. Lekeaka Takunju, P

    (2007) Electromagnetic surface wave propagation applicable to ultrahigh energy neutrino detection.
85. 1. Lennerstrand, S

    (2023) Study of oblique whistler waves in coronal mass ejections observed by Solar Orbiter. [Independent thesis Basic level (degree of Bachelor), 10 credits / 15 HE credits, Uppsala universitet]
86. 1. Lidström, V

    (2017) Mass Loading of Space Plasmas. [Independent thesis Advanced level (degree of Master (Two Years)), 20 credits / 30 HE credits, Luleå tekniska universitet]
87. 1. Lindberg, J

    (2009) Angular momentum and conservation laws in classical electrodynamics.
88. 1. Lindén, H

    (2011) Ångström Small Radio Telescope. [Independent thesis Advanced level (professional degree), 20 credits / 30 HE credits, Uppsala universitet]
89. 1. Lindgren, S

    (2011) Instrument characterization of the THEMIS EFI. [Independent thesis Advanced level (degree of Master (Two Years)), 20 credits / 30 HE credits, Uppsala universitet]
90. 1. Lonie, C

    (2024) RAIN: ReseArch Infrastructure Network : A communication network for sending messages between research infrastructure in the Nordics. [Independent thesis Advanced level (degree of Master (Two Years)), 20 credits / 30 HE credits, Luleå tekniska universitet]
91. 1. Lonjaret, M

    (2004) Initial Results from the Rosetta LAP Instrument.
92. 1. Lönngren, J
    2. Tiston, L

    (2023) Cosmic Dust Detection by the Solar Orbiter Using Machine Learning. [Independent thesis Basic level (degree of Bachelor), 10 credits / 15 HE credits, Uppsala universitet]
93. 1. Lue, C

    (2011) Reflektion av solvindsprotoner från månen : Dataanalys av SARA-instrumentet. [Independent thesis Advanced level (professional degree), 20 credits / 30 HE credits, Luleå tekniska universitet]
94. 1. Lundberg, M

    (2007) Investigation of E-ring interaction with Saturn's Inner Magnetosphere, from the Langmuir Probe observations.
95. 1. Lundmark, A

    (2007) Geomagnetic measurements - The magnetometer in Risinge.
96. 1. Ly, C

    (2024) Low frequency waves in dual temeprature plasma mediums.
97. 1. Madurga Favieres, C

    (2021) Far Comet Ion Tail Crossings.
98. 1. Malatinszky, A

    (2025) Assessment of the space radiation environment : For a future Mars mission and its impact on the on-board instrument 3DVI. [Master thesis, Kungliga Tekniska högskolan]
99. 1. Marminge, M

    (2023) Improving the understanding of photoelectron currents on Solar Orbiter : Utilizing theory and empirical measurements. [Independent thesis Basic level (degree of Bachelor), 10 credits / 15 HE credits, Uppsala universitet]
100. 1. Márquez Rodríguez, R

     (2022) An analysis of the turbulent properties of a CME. [Student paper other, 10 HE credits, Uppsala universitet]
101. 1. Maszl, C

     (2004) The Curlometermethod and Cluster II.
102. 1. Melander, L

     (2004) SensorGui: A digital data graphical user interface.
103. 1. Mohammadi, S

     (2007) The generalised Maxwell equations and some of their consequences for radio studies in space.
104. 1. Möslinger, A

     (2021) Particle Trajectory Simulations for SCIENA-N : Conversion surface design for an ENA sensor head. [Independent thesis Advanced level (degree of Master (Two Years)), 20 credits / 30 HE credits, Luleå tekniska universitet]
105. 1. Nagar, C

     (2023) Model-Observation Comparisons of O+ Concentrations in the Martian Ionosphere. [Independent thesis Advanced level (degree of Master (Two Years)), 10 HE credits, Uppsala universitet]
106. 1. Nilsson, C

     (2014) Luftutsläpp från järnmalmsproduktion : - Strategier för systematisk luftkvalitetsmätning. [Independent thesis Basic level (degree of Bachelor), 10 credits / 15 HE credits, Högskolan i Halmstad]
107. 1. Nilsson, T

     (2009) Modelling of Cassini Langmuir probe measurements.
108. 1. Nordström, P

     (2020) Anomalous Meteor Head Echoes Detected by the MU Radar. [Independent thesis Advanced level (degree of Master (Two Years)), 20 credits / 30 HE credits, Luleå tekniska universitet]
109. 1. Norgren, C

     (2011) Lower hybrid drift wave properties in space. [Independent thesis Advanced level (professional degree), 20 credits / 30 HE credits, Uppsala universitet]
110. 1. Norin, L

     (2003) On the threshold of thermal parametric instabilities in inhomogeneous ionospheric plasma.
111. 1. Nunez, E

     (2016) Characterization of Neutral Particle Detector Time-of-Flight Measurement as Dependent on Space and Time in the Environment of Venus. [Independent thesis Advanced level (degree of Master (Two Years)), 20 credits / 30 HE credits, Luleå tekniska universitet]
112. 1. Odelstad, E

     (2013) Noise sources in the electric field antenna on the ESA JUICE satellite. [Independent thesis Advanced level (professional degree), 20 credits / 30 HE credits, Uppsala universitet]
113. 1. Olsson, V

     (2023) Definition and evaluation of a system for measuring local geomagnetic variations : Autonomous station for magnetic measurements. [Independent thesis Advanced level (degree of Master (Two Years)), 20 credits / 30 HE credits, Kungliga Tekniska högskolan]
114. 1. Ouahioune, N

     (2021) Čerenkov emission of whistler waves by electron holes. [Independent thesis Advanced level (degree of Master (One Year)), 10 credits / 15 HE credits, Uppsala universitet]
115. 1. Pal, K

     (2021) Analysis of Magnetic field andElectron density fluctuations in thesheath of the CMEs. [Student paper other, 10 HE credits, Uppsala universitet]
116. 1. Pal, K

     (2023) SOLAR WIND HEATING OBSERVED BY SOLAR ORBITER. [Independent thesis Advanced level (degree of Master (Two Years)), 20 credits / 30 HE credits, Uppsala universitet]
117. 1. Palmberg, K

     (2005) Optimized synthesis of arrays of field-vector sensing antennas for space physics.
118. 1. Pansar, W

     (2013) The theoretical electrical noise induced by the solar wind for the Solar Orbiter mission. [Independent thesis Advanced level (professional degree), 20 credits / 30 HE credits, Luleå tekniska universitet]
119. 1. Persson, A

     (2007) Vavilov-Cerenkov Radiation Near Dielectric Boundaries with Application to Ultrahigh Energy Neutrino Detection. [Independent thesis Advanced level (professional degree), 20 credits / 30 HE credits, Uppsala universitet]
120. 1. Prakash, R

     (2007) Simulating the Cluster satellites in a cold plasma flow: A numerical study of spacecraft wake formation.
121. 1. Remmert, J

     (2025) Wave power of electrostatic waves in Earth’s magnetosheath. [Student paper other, 10 HE credits, Uppsala universitet]
122. 1. Reponen, J

     (2011) Processing of the Cluster EFW Internal Burst Data. [Independent thesis Advanced level (professional degree), 20 credits / 30 HE credits, Luleå tekniska universitet]
123. 1. Rodríguez Otero, D

     (2022) Swarm LP Bias Sweeps.
124. 1. Roslin, S

     (2003) Adsorption of CFC on carboxen during sampling in the stratosphere.
125. 1. Scheutwinkel, K H

     (2018) Ionospheric model of comet 67P including the effect of solar EUV attenuation. [Independent thesis Advanced level (degree of Master (Two Years)), 5 HE credits, Uppsala universitet]
126. 1. Shebanits, O

     (2010) Determination of Ion Number Density from Langmuir Probe Measurements in the Ionosphere of Titan. [Independent thesis Advanced level (professional degree), 20 credits / 30 HE credits, Uppsala universitet]
127. 1. Silverhult, A

     (2025) Determination of the Plasma Density in the Solar Wind from MMS Electric Field and Spacecraft Potential Measurements. [Master thesis, Uppsala universitet]
128. 1. Silverhult, A

     (2023) Orientation of plasma jet fronts in the Earth's magnetotail. [Independent thesis Basic level (degree of Bachelor), 10 credits / 15 HE credits, Uppsala universitet]
129. 1. Sirin, A

     (2015) Power System Analysis of J3 CubeSat and RATEX-J High Voltage Power Supply Calibration. [Independent thesis Advanced level (degree of Master (Two Years)), 20 credits / 30 HE credits, Luleå tekniska universitet]
130. 1. Sjöberg, D

     (2004) Dubbelpolariserat bredbandigt dipolelement för gruppantenn.
131. 1. Sjögren, A

     (2009) Modelling of Rosetta Langmuir probe measurements.
132. 1. Sjöholm, J
     2. Palmer, K

     (2007) Angular momentum of electromagnetic radiation. Fundamental physics applied to the radio domain for innovative studies of space and development of new concepts in wireless communications.
133. 1. Skan, M

     (2019) Reconstructing ICMEs with the toroidal Grad-Shafranov method. [Independent thesis Advanced level (professional degree), 20 credits / 30 HE credits, Uppsala universitet]
134. 1. Smith, K

     (2019) Interpreting density enhancement of coronal mass ejections. [Independent thesis Basic level (degree of Bachelor), 10 credits / 15 HE credits, Uppsala universitet]
135. 1. Snitting, T

     (1997) The Capacitance of a Spherical probe in a space plasma: Theory and observations.
136. 1. Söderström, D

     (2003) Stimulated electromagnetic emissions in the ionosphere: On possible signatures of non-linear wave interaction in digital data.
137. 1. Sparrman, V

     (2022) Adaption of Inertial Confinement Fusion Resultsto Spherical Plasma Expansion at Comets. [Independent thesis Advanced level (degree of Master (Two Years)), 10 credits / 15 HE credits, Uppsala universitet]
138. 1. Spjuth, S

     (2005) Search for comet ion tail encounters: prediction and data analysis.
139. 1. Stål, O

     (2005) Detection of ultra high-energy cosmic particles with the use of radio and radar methods.
140. 1. Stude, J

     (2009) Design and Implementation of an Ion Beam Profiling System. [Independent thesis Advanced level (degree of Master (One Year)), 20 credits / 30 HE credits, Högskolan i Halmstad]
141. 1. Suneson, O

     (2021) Spatial Variability in the Ionosphere and GNSS Signal Delays in the L-band: A Direct Comparison of In-Situ Satellite- and Swepos-Data. [Independent thesis Basic level (degree of Bachelor), 10 credits / 15 HE credits, Uppsala universitet]
142. 1. Svensson, M

     (2018) Electron heating in collisionless shocks observed by the MMS spacecraft. [Independent thesis Advanced level (degree of Master (Two Years)), 20 credits / 30 HE credits, Luleå tekniska universitet]
143. 1. Talaee, O

     (2013) Distribution of Electron Temperatures in Titan's Lower Ionosphere. [Independent thesis Advanced level (degree of Master (Two Years)), 20 credits / 30 HE credits, Uppsala universitet]
144. 1. Tsimpidas, D

     (2013) Energetic O+ ions upstream from the Saturnian bow shock, measured by Cassini. [Student paper other, 10 credits / 15 HE credits, Uppsala universitet]
145. 1. Tsimpidas, D

     (2014) Following the central region of the Saturnian nightside plasma sheet. [Independent thesis Advanced level (degree of Master (Two Years)), 20 credits / 30 HE credits, Uppsala universitet]
146. 1. Tsimpidas, D

     (2013) Water on the Moon What, where and how? : A review of facts and speculations; overview of the LCROSS-Lunar Crater Observation and Sensing Satellite and Chandrayaan-1 mission results; an introduction to the Electrostatic Elevated Dust (EED) Water Transportation Mechanism. [Student paper other, 10 credits / 15 HE credits, Uppsala universitet]
147. 1. van Winden, D

     (2023) Cruise phase science opportunities with the JUICE spacecraft.
148. 1. van Winden, D

     (2024) Juice/JDC ion measurement perturbations caused by spacecraft charging in the solar wind and Earth’s magnetosheath. [Independent thesis Advanced level (degree of Master (Two Years)), 30 credits / 45 HE credits, Uppsala universitet]
149. 1. Vaziri Zanjani, Z

     (2012) Radiation Effects on Ceramic Channel Electron Multipliers : Analysis, Simulation and Sensor Design. [Independent thesis Advanced level (degree of Master (Two Years)), 20 credits / 30 HE credits, Luleå tekniska universitet]
150. 1. Vigo Vidal, I

     (2025) Detection of thin current sheets in the magnetotail plasma sheet.
151. 1. Vitos, N

     (2013) Analytical models for the comet plasma environment.
152. 1. Wåger, M

     (2008) The Cell BE as a Time Domain Correlator : Radio Sensor Networks on the Ground and in Space. [Independent thesis Advanced level (degree of Master (One Year)), 20 credits / 30 HE credits, Uppsala universitet]
153. 1. Waldemarsson, F

     (2011) Incoherent scattering in the ionosphere from twisted radar beams. [Independent thesis Advanced level (professional degree), 20 credits / 30 HE credits, Uppsala universitet]
154. 1. Wallander, S

     (1999) Antenna pre-amplifier design for the REX demo-instrument.
155. 1. Walther, T

     (2025) Study of Fine Auroral Structure Dynamics Using 3D Tomography. [Master thesis, Université de Toulouse]
156. 1. Werner, A L E

     (2016) Comparison of the shock arrival times for Earth-directed ICMEs provided by the WSA-Enlil+Cone model and in-situ observations at L1: A Case Study. [Independent thesis Basic level (degree of Bachelor), 10 credits / 15 HE credits, Uppsala universitet]
157. 1. Werner, A L E

     (2018) Modeling the complex ejecta on 2017 September 6-9 with WSA-ENLIL+Cone and EUHFORIA. [Independent thesis Advanced level (degree of Master (Two Years)), 20 credits / 30 HE credits, Uppsala universitet]
158. 1. Westerberg, M

     (2007) Investigation of the induced magnetospheric boundary at Titan from Langmuir probe observations.
159. 1. Weyde, C

     (2006) Plasma parameters from the Rosetta LAP instrument.
160. 1. Wik, H

     (2023) Identifying Fundamental Characteristics of Shock Nonstationarity using MMS Measurements : Identifying and Distinguishing Non-stationary Behaviour Through the Magnetic Field Gradient in Quasi-perpendicular Shocks. [Independent thesis Advanced level (degree of Master (Two Years)), 20 credits / 30 HE credits, Kungliga Tekniska högskolan]
161. 1. Wikström, E

     (2005) Analysis of Cassini RPWS LP measurement profiles in Titan's ionosphere.
162. 1. Winkler, E

     (2007) Plasma densities and satellite potentials: A study of EUV interaction with the Cluster spacecraft.
163. 1. Wolff, F

     (2015) J³ - A CubeSat for Radiation Testing : Science Requirements Derivation, Analysis of Radiation Environment and Simulation of Instrument Response. [Independent thesis Advanced level (degree of Master (Two Years)), 20 credits / 30 HE credits, Luleå tekniska universitet]
164. 1. Wong-Chan, T-K

     (2023) Statistics of Electric and Magnetic Fields at the Earth’s Bow Shock. [Independent thesis Advanced level (degree of Master (Two Years)), 20 credits / 30 HE credits, Kungliga Tekniska högskolan]
165. 1. Xystouris, G

     (2016) Investigation of the electron density close to the rings of Saturn and Prediction of the F-ring plasma characteristics. [Independent thesis Advanced level (degree of Master (Two Years)), 20 credits / 30 HE credits, Uppsala universitet]
166. 1. Xystouris, G

     (2015) Pressure balance in the Martian ionosphere - Solar Wind interaction. [Student paper other, 10 credits / 15 HE credits, Uppsala universitet]
167. 1. Zankov, I

     (2019) Optimization of Cubesat-Compatible Plasma Ion Analyzer for Asteroid Composition Analysis. [Independent thesis Advanced level (degree of Master (Two Years)), 20 credits / 30 HE credits, Luleå tekniska universitet]

Conference papers

1. 1. Akbari, S
   2. Lindner, A
   3. Voigt, T
   4. Bergman, J
   5. Padmal, M

   (2025) Effects on Power-Plane Communications: Case Study on Textile and Spacecraft Media. DOI: 10.1109/SAS65169.2025.11105126
2. 1. Gritsevich, M
   2. Nissinen, M
   3. Ryske, J
   4. Castro-Tirado, A J
   5. Perez-Garcıa, I
   6. Wesolowski, M
   7. Trigo-Rodrıguez, J M
   8. Pena-Asensio, E
   9. Boaca, I
   10. Prystavski, T
   11. Husarik, M
   12. Ivanova, O
   13. Sanchez, A
   14. Llenas, J M

   (2025) Cometary outbursts and evolution of ejected particles. DOI: 10.22201/ia.14052059p.2025.59.18
3. 1. Kastinen, D
   2. Kero, J
   3. Gritsevich, M

   (2025) Preparing for multi-modal measurements of meteors, part 1: AllSky7 and EISCAT_3D.
4. 1. Lopez-Ramırez, M R
   2. Laserna, J
   3. Hanna, M
   4. Moilanen, J
   5. Gritsevich, M

   (2025) A unique look on micrometeorites: when spectroscopy meets citizen science. DOI: 10.22201/ia.14052059p.2025.59.28
5. 1. Pena-Asensio, E
   2. Trigo-Rodrıguez, J M
   3. Gritsevich, M
   4. Socas-Navarro, H
   5. Visuri, J
   6. Rimola, A

   (2025) Interstellar visitors and elusive extrasolar meteorites. DOI: 10.22201/ia.14052059p.2025.59.19
6. 1. Pena-Asensio, E
   2. Grebol-Tomas, P
   3. Trigo-Rodrıguez, J M
   4. Gritsevich, M
   5. Rimola, A
   6. Corretge-Gilart, M
   7. Guasch, C
   8. Alcaraz, C
   9. Ibanez, V
   10. Gomez, A
   11. Gomez, J

   (2025) Unsynchronized Fireball Analysis and Challenges in Dimensionless Atmospheric Flight Parametrization: The Spmn230522 Superbolide as a Case Study. DOI: 10.22201/ia.14052059p.2025.59.17

Book section

1. 1. Bertucci, C
   2. Edberg, N J T
   3. Regoli, L H
   4. Snowden, D

   (2025) Chapter 5 - Titan's magnetic and plasma environment.

Magazine articles

1. 1. Voelger, P

   (2025) Polarnattens pärlemorskimmer. Fysikaktuellt.
2. 1. Wahlund, J-E

   (2024) På jakt efter kunskap i Jupiters månoceaner. Fysikaktuellt.
3. 1. Wieser, G S
   2. Wieser, M
   3. Wittmann, P

   (2024) Paranoida partikelmätare. Fysikaktuellt.