Topology of Magnetized Fluid: from knot Encryption to basic Heliospheric structures

Seminarium: 
Dyskretna analiza harmoniczna i niekomutatywna probabilistyka
Osoba referująca: 
Ilan Roth (University of California Space Sciences, Berkeley)
Data: 
czwartek, 23. Maj 2024 - 10:15
Sala: 
603
Opis: 
The structures of electromagnetic fields in vacuum and in ionized matter (plasma) allow formation of various topological forms besides the standard static monopoles or propagating waves. I will survey recent applications of mathematical knot and braid theory to explicit structures used or planned for transfer of encrypted information, as well as analysis of recent unique data obtained by the first man-made spacecraft approaching the Sun to an amazing distance of 9 solar radii.