Einstein's equations reveal how gravity could break, reconnect, and release energy
The finding suggests gravity can break and reconnect like plasma fields, revealing hidden constraints in Einstein’s equations and possible energy transfer in extreme space-time.
4 Articles
4 Articles
Einstein's equations reveal how gravity could break, reconnect, and release energy
More than a century after Einstein revolutionized our understanding of gravity, scientists have uncovered a surprising new phenomenon hidden within his equations. Researchers at Columbia University and Universidad Adolfo Ibáñez have identified a theoretical process called "gravitational reconnection," in which structures within gravitational fields can break apart and reconnect, transferring energy into matter.
A team from Columbia University has discovered gravitational reconnection in Einstein's equations, a mechanism that releases energy in spacetime.
Physicists have discovered in Einstein's equations a mathematical mechanism that can explain how gravitational fields adjust and transfer energy to matter. This phenomenon was called gravitational capture (reconnection).
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