Space Physicists led by Lancaster University used data to show that Cassini had passed through the region at Saturn
where magnetic reconnection was occurring, which has never before been observed.
Not exact matches
They plan to examine data from other instruments on MAVEN to see if escaping particles map to the same regions
where they see reconnected
magnetic fields to confirm that
reconnection is contributing to Martian atmospheric loss and determine how significant it is.
The way
reconnection disturbs terrestrial power grids is complex but, in essence, the process mimics what happens in electric generators,
where a fluctuating
magnetic field (usually a moving magnet) produces a current in a coil of wire, says Adam Szabo, director of NASA's Heliophysics Laboratory.
These new results are key to understanding how
magnetic reconnection can send particles zooming toward Earth,
where they can initiate auroras and cause space weather.
The simulated
reconnection also supports the observations of bright flaring loops
where the hyperbolic flux tube and filament met — evidence for
magnetic reconnection.
Sometimes, such as during an event called
magnetic reconnection where the lines explosively collide, the particles are shot off their trajectories, as if they were fired from a cannon.
On Earth's nightside,
magnetic reconnection happens in the magnetotail,
where magnetic flux tubes originally disconnected on the dayside are reconnected.