UNfolding storm-Time Wave activity in Near-Earth space (UNTWINE)

Description of the granted funding

Like hurricanes can disturb atmospheric weather, solar storms can disturb the conditions in space around Earth, resulting in adverse “space weather”. These storms in space affect human activities, as they can disrupt key technologies such as global navigation satellite systems or spacecraft electronics. Understanding what happens when these solar storms impact near-Earth space is therefore crucial to be able to forecast space weather. In this project carried out in the Space Physics team of the University of Helsinki, we investigate electromagnetic waves generated by these storms, how they propagate and what are their effects in near-Earth space. Our goal is to identify what kind of solar storms create the strongest wave activity. Our research is based on measurements from scientific spacecraft in near-Earth space and from observatories at the Earth's surface, and on a supercomputer model developed at the University of Helsinki (https://www.helsinki.fi/en/researchgroups/vlasiator).
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Starting year

2019

End year

2024

Granted funding

Lucile Turc Orcid -palvelun logo
438 874 €

Related funding decisions

353197
Research costs of Academy Research Fellows(2022)
159 446 €
328893
Research costs of Academy Research Fellows(2019)
209 477 €

Funder

Research Council of Finland

Funding instrument

Academy research fellows

Other information

Funding decision number

322544

Fields of science

Geosciences

Research fields

Avaruusfysiikka

Identified topics

atmosphere, ionosphere