© Rising Tide Foundation
Near the end of 2019, signals arrived to Earth from the
Voyager 2 spacecraft which have shaken the foundations of modern physics, and brought into question what are the forces and principles shaping the space time of stars within galaxies (and implicitly galaxies within clusters of galaxies). The data which NASA scientists received from
Voyager 2 have catapulted mankind's ability to finally answer the old question of "what is in the "space" between stars or even between galaxies within our universe? As
Voyager Project scientist Ed Stone stated:
"The
Voyager probes are showing us how our sun interacts with the stuff that fills most of the space between stars in the milky way Galaxy."
What did Voyager 2 encounter?As
Voyager 2 exited the Heliosphere (the spherical boundary shaped by the sun's electro-magnetic field) and moved into the interstellar medium on November 5, 2019, the five sensors still functioning on the craft which was launched in 1977 alongside
Voyager-1, measuring magnetic field intensity, cosmic radiation flux and plasma density produced surprising results.
As the magnetic field intensity from the sun was no longer felt, an ocean of extremely dense cosmic radiation and plasma was encountered. Voyager-2's results corroborate those same measurements which occurred on the faster moving
Voyager-1 when it traversed the Heliosphere in 2012 proving that this was not a "localized phenomenon".
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