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"ONCE YOU REACH A COSMIC SCALE, TERMS AND CONDITIONS APPLY."
Researchers have discovered what they're calling a "cosmic glitch" in gravity, which could potentially help explain the universe's strange behavior on a cosmic scale.
As detailed in a new paper published in the Journal of Cosmology and Astroparticle Physics, the team from the University of Waterloo and the University of British Columbia in Canada posit that Albert Einstein's theory of general relativity may not be sufficient to explain the accelerating expansion of the universe.
Einstein's "model of gravity has been essential for everything from theorizing the Big Bang to photographing black holes," said lead author and Waterloo mathematical physics graduate Robin Wen in a statement about the research. "But when we try to understand gravity on a cosmic scale, at the scale of galaxy clusters and beyond, we encounter apparent inconsistencies with the predictions of general relativity."
"It's almost as if gravity itself stops perfectly matching Einstein's theory," he added. "We are calling this inconsistency a 'cosmic glitch': gravity becomes around one percent weaker when dealing with distances in the billions of light years."
futurism.com
Researchers have discovered what they're calling a "cosmic glitch" in gravity, which could potentially help explain the universe's strange behavior on a cosmic scale.
As detailed in a new paper published in the Journal of Cosmology and Astroparticle Physics, the team from the University of Waterloo and the University of British Columbia in Canada posit that Albert Einstein's theory of general relativity may not be sufficient to explain the accelerating expansion of the universe.
Einstein's "model of gravity has been essential for everything from theorizing the Big Bang to photographing black holes," said lead author and Waterloo mathematical physics graduate Robin Wen in a statement about the research. "But when we try to understand gravity on a cosmic scale, at the scale of galaxy clusters and beyond, we encounter apparent inconsistencies with the predictions of general relativity."
"It's almost as if gravity itself stops perfectly matching Einstein's theory," he added. "We are calling this inconsistency a 'cosmic glitch': gravity becomes around one percent weaker when dealing with distances in the billions of light years."
Physicists Say They May Have Found a Powerful Glitch in the Universe
Researchers have discovered what a "cosmic glitch" in gravity, which could potentially help explain the universe's strange behavior.
futurism.com
