Apply Now! Summer School Alpbach 2026: High-Energy Processes in Planetary Systems

High-energy processes play a fundamental role in shaping the evolution and diversity of planetary systems. From the intense X-ray and extreme ultraviolet radiation emitted by young stars to magnetospheric interactions, stellar winds, and energetic particle precipitation, these mechanisms govern atmospheric escape, influence planetary habitability, and drive complex chemical processes. Understanding them is therefore key not only for interpreting the history of our own solar system, but also for assessing the diversity of exoplanetary systems.

Designing innovative mission concepts to explore high-energy processes in planetary systems offers students the chance to address open questions at the frontier of planetary and exoplanetary science. Which processes dominate atmospheric escape across different planetary types? How does magnetospheric energy input shape planetary environments and potential habitability? And what can exoplanetary observations reveal about the interactions between stars and planets? Tackling these questions will be essential to understand the dynamics, chemistry, and long-term evolution of planetary systems.

From 14 to 23 July 2026, the Alpbach Summer School invites motivated students to explore space and planetary research. 

Over ten intensive days, participants will work in teams to develop their own satellite mission concept, complemented by lectures from international experts, hands-on project work, and interdisciplinary exchange, all set against the inspiring backdrop of Alpbach, Austria.

The Summer School offers a unique opportunity to gain insights into European space research and acquire valuable experience for scientific and technical careers. It is organized by the FFG – Austrian Research Promotion Agency in collaboration with the ESA and its member states.

Deadline for applications: 1 March 2026. 

For further information, visit this website.