Theoretical part Observational part Recent findings PlasmaScape Plasma Geometry in the Solar System and Beyond Eugene Bagashov
[email protected] JIPNR – Sosny (Minsk, Belarus) Dynamic Earth 2019 Bath, UK, 06–07.07.2019 Eugene Bagashov Plasma Geometry
[email protected] 1 / 54 3 июля 2019 г. Theoretical part Observational part Recent findings PlasmaScape Electromagnetic Structures: from Micro to Macro. Observing The Frontier 2019 conference, Albuquerque, USA, February 15– 17, 2019. Videos at the Thunderbolts Project YT channel: ∙ Birkeland Currents in Space – An Analysis (28.05.19) ∙ Birkeland Currents – Cosmic Distance and other Puzzles (11.06.19) ∙ Local Birkeland Currents – A Closer Look (18.06.19) ∙ Our Solar System’s Birkeland Currents (26.06.19). Acknowledgements: Jim Weninger, Robert Farrar. Eugene Bagashov Plasma Geometry
[email protected] 2 / 54 Theoretical part Observational part Recent findings PlasmaScape Introduction Main idea – the hypothesis that plasma currents play a significant role in the astrophysical processes. What is needed: Theoretical part: Observational part: developing a model for the mapping of the structures in behaviour of Birkeland currents our vicinity, their relation to the and see what kind of structures objects in the Solar System etc. would arise* * assuming electromagnetism works in space in the same manner it does on Earth Eugene Bagashov Plasma Geometry
[email protected] 3 / 54 Theoretical part Observational part Recent findings PlasmaScape Contents ∙ Theoretical part; ∙ Observational part; ∙ Recent findings; ∙ PlasmaScape. Disclaimer: this is a research program rather than a collection of results. Eugene Bagashov Plasma Geometry
[email protected] 4 / 54 Theoretical part Observational part Recent findings PlasmaScape Eugene Bagashov Plasma Geometry
[email protected] 5 / 54 Theoretical part Observational part Recent findings PlasmaScape D.