Could you please elaborate on the dimensions of wormholes? Are they microscopic in size or vast enough to swallow entire galaxies? Could you provide an estimation of their potential scale, or is it still a mystery within the realm of theoretical physics? Would the size of a wormhole depend on the properties of the spacetime it connects, or is it a constant regardless of the circumstances? I'm curious to know if there's any consensus among physicists regarding the potential size range of these hypothetical bridges between different regions of the universe.
5 answers
KimonoGlitter
Thu Jun 06 2024
Some hypothesize that wormholes could even rival the scale of a galaxy, vast and unimaginable by human standards. Such a notion pushes the boundaries of our comprehension of the universe.
MountFujiMysticalView
Thu Jun 06 2024
The theoretical existence of wormholes remains a fascinating topic in physics. Some physicists speculate that these hypothetical bridges connecting distant regions of spacetime could potentially be microscopic.
SsamziegangSerenade
Thu Jun 06 2024
According to certain theories, wormholes could be as tiny as the Planck length, a fundamental unit of measurement in quantum physics. This length scale is approximately 10^-35 meters, incomprehensibly small even at the atomic level.
Chiara
Thu Jun 06 2024
However, other physicists hold contrasting views. They argue that wormholes could potentially be much larger in size, extending beyond the microscopic realm.
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Wed Jun 05 2024
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