A simulation finds solutions to a central mystery in space physics
Friday, 30 June 2023
Helsinki, Finland (SPX) Jun 30, 2023
How are plasma eruptions in near-Earth space formed? Vlasiator, a model designed at the University of Helsinki for simulating near-Earth space, demonstrated that the two central theories on the occurrence of eruptions are simultaneously valid: eruptions are explained by both magnetic reconnection and kinetic instabilities. Rapid plasma eruptions known as plasmoids take place on the nightsi
Helsinki, Finland (SPX) Jun 30, 2023
How are plasma eruptions in near-Earth space formed? Vlasiator, a model designed at the University of Helsinki for simulating near-Earth space, demonstrated that the two central theories on the occurrence of eruptions are simultaneously valid: eruptions are explained by both magnetic reconnection and kinetic instabilities. Rapid plasma eruptions known as plasmoids take place on the nightsi
|
||||
|
||||
You Might Like |