Understanding the role of shocks for solar energetic electron events with the new-generation heliospheric fleet (SHOCKSEE)
Description of the granted funding
Our Sun is an active star that occasionally produces explosive eruptions and accelerates particles such as electrons and protons into high energies. These particles can damage technology and pose a radiation hazard to humans in space or at flight altitudes. Particle eruptions are part of the so-called space weather. In order to develop reliable warning systems, we need to understand the origins of these eruptions. Therefore, we analyze the solar energetic electrons and the role of shock waves as their accelerators. Shock waves often occur in front of large clouds of gas erupting from the Sun. We use local and optical measurements from several space missions, such as ESA's Solar Orbiter. To complement our observational analysis, we collaborate with particle transport and acceleration theorists and modelers to compare observations with model results. This allows us to test the electron shock acceleration hypothesis and expand our current knowledge.
Show moreStarting year
2022
End year
2027
Granted funding
Related funding decisions
368480
Research costs of Academy Research Fellows(2025)
160 000 €
353748
Research costs of Academy Research Fellows(2022)
240 000 €
Funder
Research Council of Finland
Funding instrument
Academy research fellows
Other information
Funding decision number
346902
Fields of science
Physical sciences
Research fields
Fysiikka
Identified topics
space, physics