Eligible research projects must involve the interdisciplinary analysis and evaluation of space mission data. They may also draw on complementary ground-based data and/or theoretical modelling where this adds scientific value.
This call is open to all scientists, regardless of nationality or institutional affiliation, who are actively involved in any of the following research fields:
1. Space Sciences: Astrobiology, Astrophysics and Cosmology, Fundamental Physics in Space, Magnetospheric and Space Plasma Physics, Planetary Sciences, Solar and Heliospheric Physics, and Solar-Terrestrial Sciences.
2. Earth Sciences using space data. This includes understanding and modelling Earth system processes, as well as climate change projections.
The International Space Science Institute (ISSI) in Bern, Switzerland, invites applications for a Science Programme Manager. We are seeking a motivated scientist to take the role of Science Programme Manager at ISSI as of April 1, 2025, negotiable.
The International Space Science Institute (ISSI) in Bern, Switzerland, invites applications for a Post-Doctoral Fellowship in the space sciences, including Astrophysics & Cosmology, Heliophysics and Plasma, and Planetary Sciences for a two-year period, ideally starting in January 2025, to be negotiated. The successful candidate should have received a Ph.D. within the last five year in the fields related to the space sciences of Astrophysics & Cosmology, Heliophysics and Plasma, and Planetary Sciences.
ISSI is currently witnessing a vibrant exchange of ideas as experts from across the globe are convening for the inaugural day of the “Chronology of the Very Early Universe According to JWST: The First Billion Years” workshop.
Dark matter is believed to comprise five-sixths of the matter in the universe, and is one of the strongest pieces of evidence for new fundamental physics. But dark matter does not interact directly with light, making it very difficult to detect except by its gravity. It’s described how various properties of dark matter could lead to observable signals, and how we can attempt to identify those signals from telescope observations. The speaker gives examples of cases where possible signals have been seen, but their origin is not yet fully understood. Furthermore, the speaker discusses how solving the puzzle of those observations will advance our understanding of our Galaxy and cosmos, either by revealing properties of dark matter or providing new insights into astrophysics.
