

Three-dimensional Aurora?
The Instrument ALIS_4D images aurora in three dimensions
More on observatory activities

Comet chasing?
IRF develops and builds scientific instruments for space missions
Read about Comet interceptor


The Instrument ALIS_4D images aurora in three dimensions
More on observatory activities

IRF develops and builds scientific instruments for space missions
Read about Comet interceptor

Yesterday, IRF’s Director-General, Olle Norberg, welcomed Colombia’s Ambassador to Sweden, Guillermo Francisco Reyes González (right), and Air Attaché Javier Jiménez Garzón to IRF headquarters in Kiruna.

Long-term measurements are essential for understanding how the atmosphere and the space environment closest to Earth change over time. For this reason, scientists from across the Nordic region will gather in Abisko at the end of April, where the Swedish Institute of Space Physics (IRF) is hosting a Nordic observatory meeting.

How does Earth’s atmosphere affect our ability to track satellites and space debris? This is one of the questions that Jhassmin Aricoche Del Campo, a new PhD student at the Swedish Institute of Space Physics (IRF), will study in Kiruna.

A new ongoing project led by the Swedish Institute of Space Physics (IRF) and Umeå University is developing a 3D visualisation framework to make an invisible region high above Earth accessible. This region influences the northern lights and technologies such as navigation and communication.