Institution: University of Helsinki, Department of Physics, Space Physics Group
Location: Helsinki, Finland
Application deadline: December 1, 2025 (or until filled)
Start date: As soon as possible
Duration: 2 years (possible extension based on funding availability)

About the Role

This position focuses on investigating the generation of extreme solar eruptions in the solar corona and interplanetary space. The research employs data-driven modelling approaches, with opportunities to integrate artificial intelligence methods to simulate extreme space-weather events.

Responsibilities

Develop and apply data-driven models for solar eruption studies
Integrate AI or machine-learning methods into space plasma simulations
Analyze remote-sensing solar data (e.g., magnetograms)
Publish in leading international journals

Requirements

PhD in solar, heliospheric, or space plasma physics
Experience in space plasma modelling
Background working with remote-sensing solar observations
Demonstrated ability to perform independent, high-quality research

Benefits

2-year research position in a leading European space physics group
Possibility of funding extension
Professional support for grant applications and career development

About the Space Physics Group

The Space Physics Group at the University of Helsinki conducts research across the Sun–Earth system and planetary plasma environments, combining advanced numerical simulations with multi-spacecraft and ground-based observations. The University of Helsinki ranks among the top universities worldwide, fostering a supportive, equitable, and international work environment.

How to Apply

Please send the following documents in English to
📧 spacephysics-positions@helsinki.fi (cc: emilia.kilpua@helsinki.fi)

Motivation letter (max 1 page)
Curriculum vitae
List of publications (if applicable)
Transcript of academic records (BSc & MSc for PhD applicants)
Contact details for at least two academic references

For inquiries, contact Professor Emilia Kilpua at emilia.kilpua@helsinki.fi.