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Black Holes May Actually Be "Frozen Stars," Scientists Claim

Black holes could be 'frozen stars,' resolving the black hole information paradox and challenging existing theories of general relativity.

Ask Ethan: Will everything eventually succumb to Hawking radiation?

The concept of Hawking radiation might apply to all massive objects, not just black holes, challenging our understanding of mass and decay.

Do black holes explode? The 50-year-old puzzle that challenges quantum physics

Hawking radiation challenges black hole theory
Interplay of quantum physics and general relativity

Black Holes May Actually Be "Frozen Stars," Scientists Claim

Black holes could be 'frozen stars,' resolving the black hole information paradox and challenging existing theories of general relativity.

Ask Ethan: Will everything eventually succumb to Hawking radiation?

The concept of Hawking radiation might apply to all massive objects, not just black holes, challenging our understanding of mass and decay.

Do black holes explode? The 50-year-old puzzle that challenges quantum physics

Hawking radiation challenges black hole theory
Interplay of quantum physics and general relativity
moreblack-holes
#physics

Ask Ethan: Is antigravity even possible?

Realistic solutions for gravity in space travel must comply with General Relativity.

Can Space and Time Exist as Two Shapes at Once? Mind-Bending Experiments Aim to Find Out

The problem of quantum gravity highlights the need to understand gravity's quantum nature to explain extremes like black holes and the early universe.

Michio Kaku Demystifies the God Equation: The Key to Understanding Everything

The quest in physics centers on unifying general relativity and quantum mechanics into a single framework, famously known as the 'God equation.'

A Warp Drive Breakthrough Inches a Tiny Bit Closer to 'Star Trek'

The discovery of a possible physical warp drive adhering to known physics principles but without exceeding the speed of light is a significant advancement.

Your head lives a longer life than your feet do

Time is relative and influenced by speed and gravity, which causes different experiences of time for different observers.

Ask Ethan: Is antigravity even possible?

Realistic solutions for gravity in space travel must comply with General Relativity.

Can Space and Time Exist as Two Shapes at Once? Mind-Bending Experiments Aim to Find Out

The problem of quantum gravity highlights the need to understand gravity's quantum nature to explain extremes like black holes and the early universe.

Michio Kaku Demystifies the God Equation: The Key to Understanding Everything

The quest in physics centers on unifying general relativity and quantum mechanics into a single framework, famously known as the 'God equation.'

A Warp Drive Breakthrough Inches a Tiny Bit Closer to 'Star Trek'

The discovery of a possible physical warp drive adhering to known physics principles but without exceeding the speed of light is a significant advancement.

Your head lives a longer life than your feet do

Time is relative and influenced by speed and gravity, which causes different experiences of time for different observers.
morephysics
#black-hole

X-Rays Kept Repeatedly Flashing Near a Supermassive Blackhole - Now Astronomers Think They Know What It Is

A star's death spiral near a black hole creates x-ray bursts from debris, providing insights into gravity and general relativity.

Visualization of flying into a black hole

NASA visualized flight into a supermassive black hole using a simulation on a supercomputer.

X-Rays Kept Repeatedly Flashing Near a Supermassive Blackhole - Now Astronomers Think They Know What It Is

A star's death spiral near a black hole creates x-ray bursts from debris, providing insights into gravity and general relativity.

Visualization of flying into a black hole

NASA visualized flight into a supermassive black hole using a simulation on a supercomputer.
moreblack-hole

Modified Gravity Theories From the Barrow Hypothesis: Conclusions and References | HackerNoon

The Barrow hypothesis proposes a fractal structure at the black hole horizon, modifying the Bekenstein-Hawking entropy area law based on a variable parameter ∆.

We're trying to find the shape of space': scientists wonder if the universe is like a doughnut

Discovering the shape of the universe is a complex challenge with various possibilities for its topology.
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