The Swedish Institute of Space Physics (IRF) is a governmental research institute which conducts research and postgraduate education in atmospheric physics, space physics and space technology. Measurements are made in the atmosphere, ionosphere, magnetosphere and around other planets with the help of ground-based equipment (including radar), stratospheric balloons and satellites. IRF was established (as Kiruna Geophysical Observatory) in 1957 and its first satellite instrument was launched in 1968. The head office is in Kiruna (geographic coordinates 67.84° N, 20.41° E) and IRF also has offices in Umeå, Uppsala and Lund.
Address:
Box 812, SE-981 28 Kiruna
Phone:
+46-980 79000
Head of public authority (President/Vice-Chancellor/CEO/DG):
Lars Eliasson
URL:
21 February, 2020 - Institutet för rymdfysik
A researcher from the Swedish Institute of Space Physics, IRF, is a member of the international research team that has detected twisted radio beams from the famous black hole in the M87 galaxy. The radiation discovered reveals unique properties of black holes.
19 February, 2020 - Institutet för rymdfysik
The Swedish Institute of Space Physics, IRF, is one step closer to being able to send up a satellite instrument to study Neptune and its moon Triton. The American space agency NASA has selected TRIDENT as one of four mission concepts to be developed further for final selection in April 2021 as part of its Discovery program.
22 November, 2019 - Institutet för rymdfysik
Audrey Schillings recently defended her doctoral thesis about atmospheric loss from Earth and how it varies with solar wind conditions. The thesis shows how oxygen ion outflow increases with increasing solar wind dynamic pressure, with southward direction of the interplanetary magnetic field and with the amount of extreme ultraviolet radiation.
27 February, 2019 - Institutet för rymdfysik
A new study performed by the Swedish Institute of Space Physics in Uppsala, in collaboration with the University of Sheffield and other groups, uses data from the European Space Agency’s Cluster spacecraft to reveal new insights into the inner workings of the bow shock when it becomes non-stationary and its structure starts to break down.
27 February, 2019 - Institutet för rymdfysik
It is with great sorrow that we report that Professor Emeritus Bengt Hultqvist, the founder of the Swedish Institute of Space Physics, has passed away at the age of 91.
3 January, 2019 - Institutet för rymdfysik
On January 3, 03:26 Swedish time, the Chinese Chang’E-4 spacecraft landed successfully on the far side of the Moon. The Swedish Institute of Space Physics (IRF) has developed one of the scientific instruments on board. The aim of the instrument is to study how the solar wind interacts with the lunar surface.
7 December, 2018 - Institutet för rymdfysik
Computer simulations of the plumes of liquid water that stream out of Jupiter’s moon Europa show that the forthcoming space mission JUICE may offer an answer to the question as to whether the Jovian moon’s sub-surface ocean could harbour life. Hans Huybrighs comes to this conclusion in the doctoral thesis he has recently completed in collaboration with the Swedish Institute of Space Physics.
15 November, 2018 - Institutet för rymdfysik
Research to be published today in the respected journal Science presents observations made by NASA’s four Magnetospheric Multiscale (MMS) satellites in the Earth’s magnetotail and help us to understand how the plasma particles and in particular electrons are accelerated during reconnection. Two scientists from the Swedish Institute of Space Physics (IRF) in Uppsala are co-authors of the article.
12 December, 2017 - Institutet för rymdfysik
A Langmuir probe, developed in Sweden and flown to Saturn on the Cassini spacecraft, has made exciting discoveries in the atmosphere of the planet. Jan-Erik Wahlund at the Swedish Institute of Space Physics in Uppsala and his colleagues show that there is a strong coupling, both chemically and electrically, between the atmosphere of Saturn and […]
7 December, 2017 - Institutet för rymdfysik
Despite the absence of a global Earth-like magnetic dipole, the Martian atmosphere is well protected from the effects of the solar wind on ion escape from the planet. New research shows this using measurements from the Swedish particle instrument ASPERA-3 on the Mars Express spacecraft. The results have recently been presented in a doctoral thesis by Robin Ramstad, Swedish Institute of Space Physics and Umeå University, Sweden.
Expertsvar, The Swedish Research Council, Klarabergsviadukten 82, Stockholm SWEDEN, Phone +46(0)8 546 44 000
Postadress Box 1035, 101 38 Stockholm, expertsvar@vr.se
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