The agreement between IRF and the Turkish Space Technologies Research Institute (Tübitak Uzay) means that Swedish space researchers will once again have the opportunity to study the Moon.
The scientific instrument Lunar Neutrals Telescope (LNT) is being built at IRF’s headquarters in Kiruna to study surface and near-surface environment of the Moon. This instrument is following the successful predecessor onboard the Indian Moon mission Chandrayaan-1 in the late 2000s. But this time, the new instrument can achieve approximately seven times higher angular/spatial resolution, which will deliver new perspective of the Moon.
The Lunar Neutrals Telescope is built for measurements of energetic neutral atoms and during the upcoming lunar expedition the focus is on studying some fundamental properties of the Moon.
“The instrument will tell us how surface substances vary with areas of the Moon. Especially permanently shadowed regions are in our big interest because they might hold volatile materials, such as water, untouched for billions of years”, says Dr. Manabu Shimoyama, scientist at IRF and responsible for the instrument.
Another mission will be to study so-called mini-magnetospheres that form around the Moon’s magnetic areas (so-called magnetic anomalies) and understand how these interact with the solar wind and protect the Moon surface from the solar wind as a standoff.
For about three months, the space probe will be in a circular orbit at an altitude of 100 kilometers above the lunar surface. The Moon mission AYAP-1 is planned to end with a controlled hard landing on the lunar surface.
Staffan Herrström, Sweden’s ambassador to Turkey, was also present in Ankara when the agreement was signed.
Dr. Manabu Shimoyama, Swedish Institute of Space Physics, Principal Investigator (PI) for Lunar Neutrals Telescope
+46 980 79086
Olle Norberg, Director General, Swedish Institute of Space Physics
+46 980 79078
More information about Chandrayaan-1:
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