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Is the greatest mystery of the universe being solved? The claim that shook the world of science!

byadmin
December 22, 2024

Dark energy has been seen as one of the biggest mysteries of the world of science for decades. This concept, which was put forward to explain the accelerating expansion of the universe, may not be as secret as we think. Scientists from the University of Canterbury in New Zealand have developed a radical theory that suggests dark energy is not real.

The mystery behind the expansion and acceleration of the universe has been occupying the minds of scientists for decades. But a striking theory from New Zealand could revolutionize the world of cosmology by claiming that dark energy does not actually exist.
In their published paper, Professor David Wiltshire and his team from the University of Canterbury in New Zealand argue that dark energy is not needed to explain the expansion of the universe. The new model, which they call the “timescape,” suggests that gravitational fields change the flow of time. According to this model, clocks on Earth are ticking much slower than clocks in the intergalactic spaces.
Wiltshire stated that this situation could create the illusion that the universe is expanding at an accelerating rate. “We now have so much data that we are closer than ever to unraveling the mysteries of our expanding universe,” Wiltshire said. he added.
By examining the light from supernova explosions, researchers have found that the “timescape” model best fits the available data. Measurements of light from distant supernovae support the accuracy of this model, which rules out dark energy.
This theory is also consistent with recent data from the James Webb Space Telescope, which shows that the spaces between galaxies are growing faster than expected. Studies have measured the expansion rate of the universe as 8 to 12 percent faster than traditional theories.
The European Space Agency’s Euclid satellite, launched in July 2030, will make the high-precision measurements needed to prove the accuracy of this new model. The process, which will require at least a thousand high-quality supernova observations, could revolutionize our understanding of the fundamental structure of the universe.
byadmin
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