The Many-Worlds Interpretation Proposed by physicist Hugh Everett in 1957, the Many-Worlds Interpretation (MWI) of quantum ...

A number of quantum theories of gravity predict the existence of dimensions beyond the three of space and one of time that we are familiar with. Those theories envisage our universe as a 4D surface or ...

Quantum gravity can be resolved, at least in principle, in spaces of higher dimensions. This has been one of the great messages from superstring theory. Troublesome infinities (and infinity really is ...

Due to quantum effects, which make the boundary between the branes slightly uneven, some parts of our brane would be struck ever so slightly earlier or later than other parts.

General quantum strings are approximated to be 10-33. ... The study of these structures is known as "brane cosmology." And just like with the electron, the positron, ...

This tidbit, it would seem, relates more closely to the brane multiverse theory, which proposes that alternate universes don’t exist vast distances away from our own, but coexist with ours, even ...

Similarly, using the methods of refs 14, 60 we may include quantum corrections to our result in terms of the bulk Rényi entropy across the cosmic brane. Derivation via the holographic replica trick ...

Get Instant Summarized Text (Gist) Theoretical physicists have introduced "supermazes" to better understand black-hole microstructure, offering a more detailed view than general relativity.

The mysterious cosmic presence called dark energy , which is accelerating the expansion of the universe, might be lurking in hidden dimensions of space. The idea would explain how these dimensions ...