New Research Could Resolve Stephen Hawking's Black Hole Radiation Paradox 4l3p3 Technology News

Research suggests black holes may not exist as traditionally thought, with frozen stars potentially solving key paradoxes. 2z1h6w

Written by Gadgets 360 Staff | Updated: 24 September 2024 12:14 IST

New Research Could Resolve Stephen Hawking's Black Hole Radiation Paradox

Photo Credit: Pixabay/ Placidplace 4n4y65

An illustration of a black hole warping space-time

Highlights

New theory proposes black holes might be "frozen stars"
Frozen stars could solve Hawking’s black hole radiation paradox
These objects lack singularities and event horizons

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The traditional view of quantum effects near their event horizon, causing them to lose mass over time. This raises a significant issue: if a black hole completely evaporates, what happens to the information about the matter that formed it?

The Frozen Star Concept 5xa38

New research proposes that black holes might instead be “frozen stars.” These entities would not possess singularities or event horizons but could still mimic the observable characteristics of black holes. Ramy Brustein, a physicist at Ben-Gurion University, leads this innovative theory, suggesting that if frozen stars exist, they might require a fundamental modification of Einstein's general relativity.

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Implications for Physics 133s4l

The frozen star model could resolve key paradoxes in black hole physics, such as the information loss paradox. These objects avoid the issues tied to singularities by not collapsing into infinitely dense points. Researchers believe testing this theory could yield crucial insights, particularly through gravitational waves produced during cosmic events like black hole mergers. Identifying characteristics unique to frozen stars could provide the experimental evidence to validate this new model.

Looking Ahead 505o5p

While the frozen star theory opens intriguing possibilities, much work remains to clarify their internal structures and distinguish them from other cosmic phenomena like neutron stars. Brustein emphasises the potential revolutionary impact this theory could have if validated through observational data from gravitational wave observatories.

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