Subatomic wormholes could be responsible for universal expansion
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Original Coverage: Subatomic wormholes could be responsible for universal expansion
Dark energy is the dominating form of energy in the cosmos. It’s invisible, interacts faintly with matter, and seems to push galaxies apart. Almost nothing is known about what dark energy truly is. A bold new candidate for dark energy has been proposed: subatomic-size wormholes. These tiny tunnels, linking separate points in space, could be responsible for the universe’s expansion, according to new research. The findings were published in the journal Physical Dssaly and National Observatory of Athens, where the researcher is a doctoral student at The University of Thessaly, Greece. The proposal, which assumes that dark energy remains constant over time, can change as time flows, the researchers said. This is significant because the recent observations suggest that the rate that the dark energy can change over time is significant over the accepted Standard Cosmological Standard cosmological Constant (SCSPC) of 1,000,000 to 1,200,000. The SCSPC is the most widely accepted standard of cosmology.
Source: Thebrighterside.news | Read full article
Wormholes might be powering cosmic expansion
Microscopic wormholes could be driving the universe’s accelerated expansion, according to new research. Researchers have developed an estimate using Euclidean quantum gravity. If about 10 billion wormholes are created per cubic centimeter of space each second, their energy would be enough to drive the universe’s accelerated expansion. The findings were published in the journal Physical Review D, where Stylianos Tsilioukas, a doctoral student at the University of Thessaly and National Observatory of Athens, and his colleagues presented their model. For now, the idea of wormholes driving dark energy remains untestable, but that could change as advancements in space-based experiments improve the ability to measure the expansion rate and other aspects of dark energy, the researchers said. They added that the model they propose has observational advantages over the widely accepted Standard Cosmological Model, which assumes thatdark energy remains constant over time. The researchers said the model still faces the hurdle of experimental verification, but it could hold the key to understanding dark energy.
Source: Thebrighterside.news | Read full article
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Source: https://www.thebrighterside.news/post/subatomic-wormholes-could-be-responsible-for-universal-expansion/