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Seminarier

Vetenskapliga seminarier hålls kontinuerligt av IRF i Uppsala och Kiruna. Dessa utförs i fysiskt format med möjlighet till digitalt deltagande. Seminarierna syftar till att hålla IRF:s medarbetare uppdaterade om pågående forskningsprojekt och att ge doktorander möjlighet att öva presentationsteknik och diskutera sina forskningsprojekt. De ger även forskarna möjligheten att presentera och diskutera nya idéer och frågeställningar. Seminarierna fungerar också som en plattform för forskare utanför IRF när det gäller att presentera sin forskning, dela erfarenheter från aktuella kampanjer och introducera sina forskningsinstitutioner.

Kommande

Title: TBD

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Uppsala: IRFU Project room

Title: TBD

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Uppsala: IRFU Project room

Title: TBD

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Uppsala: IRFU Project room

Tidigare

  1. Monte Carlo simulation on the minimal width of auroral structures.
    Aniara, Rymdcampus
  2. Low-energy ion observations during a Juice flyby of Earth - a mystery to solve.
    Aniara, Rymdcampus
  3. Scientific colourmaps: a flowchart based approach on selecting one that is both scientifically accurate and accessible.
    Aniara, Rymdcampus
  4. An unusually high Mach number shock observed by Solar Orbiter.
    Uppsala: IRFU Project room
  5. The dynamics of ions inside the ion diffusion region of magnetic reconnection — the importance of the Hall fields.
    Uppsala: IRFU Project room
  6. Investigation of extreme energetic electron acceleration events in Earth's magnetotail.
    Uppsala: IRFU Project room
  7. Electrodynamic currents in near‑Mars space.
    Uppsala: IRFU Project room
  8. Energetic Particle Precipitation in Earth's Atmosphere: Thirty Years of MEPED Measurements and What Comes Next.
    Uppsala: IRFU Project room
  9. Title: What is wrong with the LP electronics? (and what we can do to calibrate for it).
    Uppsala: IRFU Project room
  10. Vlasiator: Present and some future challenges.
    Uppsala: IRFU Project room
  11. Title: Global Hybrid Simulations of Mercury's Plasma Environment (ahead of BepiColombo).
    Uppsala: IRFU Project room
  12. Title: TBD (Mercury radiation belts).
    Uppsala: IRFU Project room
  13. Physics and Partially Ionized Plasma, Joule Heating and Gravity Waves.
    Uppsala: IRFU Project room
  14. Title: Statistical study of SLAMS at different planetary foreshocks.
    Uppsala: IRFU Project room
  15. Plasma Observatory: Multi-Scale Plasma Dynamics in Space.
    Uppsala: IRFU Project room
  16. Title: On the localization of large-scale reconnection exhausts to stream-interaction region.
    Uppsala: IRFU Project room
  17. Plasma precipitation at Mercury: first lessons from BepiColombo flybys.
    Rymdcampus, Aniara
  18. Introduction to HPC2N.
    Aniara
  19. The resilience of meteorites to thermal fatigue.
    Aniara
  20. An analytic hybrid model for a comet ionosphere.
    Ångström: Project room
  21. Reconstructing Europa's water-product atmosphere from remote and in-situ observations.
    Ångström: Project room
  22. Non-Maxwellianity of ion velocity distributions in the Earth's magnetosheath.
    Ångström: Project room
  23. The Role of Kinetic Waves in the Solar Wind Evolution.
    Ångström: Project room
  24. Wave-Particle Energy Transfer in Inhomogeneous Plasmas.
    Ångström: Project room
  25. The Kinetic Behavior of Low Mach Number Shocks.
    Ångström: Project room
  26. Detection of thin current sheets in the magnetotail plasma sheet.
    Ångström: Project room
  27. Neutron detection in earth space and the potential contribution of lightning-induced neutrons to earth's inner radiation belt.
    Ångström: Project room
  28. The role of kinetic instabilities and waves in collisionless magnetic reconnection.
    Ångström: Project room
  29. Theoretical study of ion cyclotron waves (ICWs) in the solar wind.
  30. Exploring the ~1 Hz Waves in Mercury's magnetosphere.
    Ångström: Project room
  31. The trace of Russain Plutonium: Response of Time-of-Flight Particle Detection System on Penetrating Radiations.
    Rymdcampus: Aniara
  32. Recent optical observations of aurora in Kiruna.
    Rymdcampus: Aniara
  33. Title TBD.
    Rymdcampus: Aniara
  34. Significant ozone loss during winter 2019/2020 observed from ground based microwave radiometer.
    Rymdcampus: Aniara
  35. The COllaborative Carbon Column Observing Network COCCON: Development and recent activities.
    Rymdcampus: Aniara
  36. Electric fields in and around an auroral arc obtained from the BROR experiment.
    Rymdcampus: Aniara
  37. Meteors and space objects: science updates.
    Aniara
  38. Ion Escape and Bow Shock Location at Non-Magnetized Planets.
    Rymdcampus: Aniara
  39. LYRA : A Mini-Fast mission for Dust Astronomy in the Earth environment.
    Rymdcampus: Aula
  40. How do Magnetic Anomalies affect the Lunar Environment?.
    Aniara
  41. EISCAT status and future plans.
  42. Beware of high voltage: Surface charging on the nightside of Mercury.
    Rymdcampus: Aniara
  43. Lunar environment science at the lunar surface.
    Aniara
  44. Solar wind observations at comet 67P around perihelion - Initial transition to a fluid-like flow.
    Aniara
  45. Exploring the response of Mercury's magnetosheath to extreme solar wind.
  46. Observations of noctilucent clouds in Kiruna.
    Aniara
  47. Deterministic chaos in modulated multi-cell drifts of localized lower-hybrid oscillations excited by high-frequency waves in the ionosphere.
    Ångström: Project room
  48. IRF on the Front Line of Planetary Defense: Apophis, RAMSES, and Plasma–Asteroid Interactions .
    Rymdcampus: Aniara
  49. Mission, Science and Technology Objectives of the First Turkish Lunar Mission.
    Rymdcampus: Aulan
  50. Towards an enhanced analysis and visualization of ionospheric data: Specialization for the Fennoscandian research infrastructure.
    Rymdcampus: Aniara
  51. EarthCARE over the Arctic: First LiDAR validation of Cirrus and Polar Stratospheric Cloud Optical properties.
    Rymdcampus: Aniara
  52. Multi-constellation observations of bursty bulk flows: implications for magnetotail reconnection.
  53. The Imager for Low Energy Neutral Atoms (ILENA) experiment installed at IRF in Kiruna to study particle interaction with surfaces.
    Aniara
  54. Potential association between return flows and magnetic reconnection in Venus' magnetotail.
    Aniara
  55. The Community Coordinated Modeling Center: Supporting space weather models from research to operations.
    Aniara
  56. Magnetometer measurement.
    Rymdcampus: Aniara
  57. Current systems at non-magnetized planets: Mars.
  58. Study of fine auroral structure dynamics using the 3D tomography. .
    Aniara
  59. Statistical properties of Short Large-Amplitude Magnetic Structures .
    Rymdcampus: Aniara
  60. Non-Diffusive Radial Transport and MLT-Localized Dynamics in Magnetospheric Plasmas.
  61. On the equatorial dayside ionosphere of Saturn – In-situ observations give evidence for a dynamic and layered structure in disequilibrium.
  62. Eulerian and Lagrangian electron energisation during magnetic reconnection.
  63. FBURST project: mapping of Field-aligned currents in the ionosphere and BURSTy bulk flows in the magnetotail.
  64. The meteor head plasma and data processing collaborations.
    Rymdcampus: Aniara
  65. Master thesis presentation.
  66. Microwave radiometric measurements and simulations of Zeeman-affected stratospheric Oxygen.
    Rymdcampus: Aniara
  67. Dr. Siyuan Wu, Southampton University
  68. Konstantin Kim, IRF
    Ångström: Project room
  69. Small-scale Magnetic Reconnection in the Solar Wind.
    Ångström: Project room
  70. DungeyV: A comparative magnetospheric physics mission to the Venusian .
    Rymdcampus: Aniara
  71. Concurrent observations of cloud layers by satellite-borne, .
    Rymdcampus: Aniara
  72. Some Thoughts on Space Sustainability - LTU's Creaternity Space-related .
    Rymdcampus: Aniara
  73. Unraveling mesoscale auroral dynamics.
    Ångström: Project room
  74. ASCCI Mission.
    Rymdcampus: Aniara
  75. Particle Energization in Magnetic Reconnection Jets.
    UCLA
  76. Global Effects of Lunar Magnetic Anomalies on the Near-Lunar Plasma .
    Rymdcampus: Aniara
  77. Moon-magnetosphere interactions at Jupiter: overview of the far-field .
    Rymdcampus: Aniara
  78. Modeling the effects of solar conditions on the interaction of the solar .
    Rymdcampus: Aula
  79. Exoplanets, CHEOPS and JWST.
    Rymdcampus: Aniara
  80. Information-theoretical tools in the analysis of geospace data.
    Ångström: Project room
  81. Metallic ions in Geo-space: possible topic for ESA mini-F mission?.
    Aniara
  82. Interplay of Magnetic Reconnection and Current Sheet Kink Instability in the Earth's Magnetotail.
    Project room
  83. Exjobb presentation (JUICE)
    Project room
  84. Phase-space contribution to the off-diagonal electron pressure tensors inside the electron diffusion region.
    Project room
  85. Solar wind Cometary Ions and Energetic Neutral Atoms for the Comet .
    Aniara
  86. For 35 years I've been living next door to ALIS[_4D]. 4D? what the **** is 4D?.
    Aula
  87. Exploring Small Solar System Bodies via Polarimetry. Polarimetry provides a unique advantage in studying not only the .
    D1, LTU Rymdcampus
  88. Non-Stationarity and Ion Reflection at Quasi-Perpendicular Shocks.
    Project room
  89. Overview of BepiColombo Mercury Electron Analyzer observations during cruise phase and planetary flybys.
    Project room
  90. What can warm protons tell us about shock physics at comet 67P?.
    Aniara
  91. Solar wind interaction with comet 67P around perihelion - the formation .
    Aniara
  92. Automated observations of auroras with a commercial digital camera in Tromsø. .
    Aniara
  93. 4-month seminar.
    Ångström: 80127Å
  94. Modeling of CO2++ and Ar+ in Mars' Dayside Ionosphere.
    Project room
  95. 4-month seminar.
  96. Studies of noctilucent clouds from the stratosphere: the 2024 TRANSAT .
    Aniara
  97. From space debris tracking to meteoroid models: A 2 years summary.
    Aniara
  98. 6 months seminar.
  99. On the activity and origin of comet 67P/Churyumov-Gerasimenko from .
    Aniara
  100. Venus In-Cloud Platform: key milestone for science and technology.
    Aniara
  101. "Magnetic Reconnection, a Celestial Phenomenon in the Laboratory".
    Aniara
  102. "Boundary oscillations of subcritical fast magnetosonic shocks in .
    Aniara
  103. Installation lecture "Asteroids: science, threat, and resources".
    Aulan
  104. Dr. Ramón Caraballo, UNAM Universidad Nacional
  105. Dr. Cesar Bertucci
  106. Dr. Martin Lindberg, Queen Mary University of London
  107. The Moon is an exciting object for space plasma physics: The main .
    Aniara
  108. The Chinese Chang'E missions to the Moon.
    Aniara
  109. Seminar on ethics for supervisors
    106130, Gustav de Laval, Ångström
  110. Dr. Sabrina Tigik, IRF
    Ångström: Project room
  111. Nordic multi-static space debris radar architecture (NOSTRA).
    Aniara
  112. Day 2: .
    IRF Uppsala (3rd floor, house 8).
  113. Day 1: .
    IRF Uppsala (3rd floor, house 8).
  114. The Rise and Fall of Space Plasma Instabilities: the Peculiar Case of .
    Aniara
  115. Return flows and magnetic reconnection in Venus. IRF.
    Aniara
  116. Investigating the Trip of a...
    Project room + zoom
  117. The DART and Hera missions: realizing the first planetary defence experiment. Aristotle University of Thessaloniki, Greece.
    Aniara
  118. Dr. Shahab fatemi
    Dr. Shahab fatemi
  119. Comprehensive Studies of Moon's and Mercury's Exospheres. National Central University, Taiwan.
    Aniara
  120. Direct observations of cross-scale wave-particle energy transfer in space plasmas.
    Project room + zoom
  121. Low Latitude Ionospheric Irregularity Observations in the Indian .
    Aniara
  122. Whistler Precursors Upstream of Foreshock Transient Shocks: MMS Observations.
    Project room
  123. on‐acoustic waves (IAWs) are fluctuations in the electric field that occur at frequencies close to the ion plasma frequency.
    Project room
  124. Seeing the Unseen: Accurate and Inclusive Colour Scales in Space Science.
  125. The magnetotail of Titan is an important loss channel of the moon’s ions and plays an significant role in coupling Titan with Saturn’s magnetosphere.
    Uppsala
  126. Unveiling Venus, using a Korean-funded LEO CubeSat mission and future .
    Aniara
  127. Analysis of Arctic Cirrus clouds using LIDAR dataset. .
    Aniara
  128. BROR - Barium Release Optical and Radio rocket experiment: an overview .
    Aniara
  129. Between the papers: Planning, ECSS, projects, vision, students, .
    Rymdcampus: Aniara
  130. Commissioning and Characterization of Charge Conversion Particle Sources.
    Aula
  131. State-transitions in atmospheric ion escape from Mars revealed by MAVEN .
    Aniara
  132. Preparations for validation of EarthCARE.
    Aniara
  133. Investigating the Structure of Lunar Mini-Magnetospheres using the SARA .
    Aniara
  134. The Axiom Mission 3 and his stay at.
    Aulan
  135. 3.5 years of studying low-activity comets: exploring the details of .
    Aniara
  136. "Dynamics above the Epicentre of Climate Change: Coupling in the .
  137. "Introduction to CubeSat/Rocket projects and space weather research at Kyushu Institute of Technology, Japan".
    Aniara
  138. "Motions of neutral and ionized barium clouds in the low-altitude ionosphere: the BROR experiment".
    Aniara