Hawking was the first to set out a theory of cosmology explained by a union of the general theory of

relativity and quantum mechanics.

The BBC said that Prof Hawking was the first to set out a theory of cosmology as a union of

relativity and quantum mechanics.

Professor Hawking was the first to set out a theory of cosmology as a union of

relativity and quantum mechanics.

The researchers believe their calculations, which describe a universe with two spatial dimensions (as opposed to the three-dimensional universe we live in), prove that quantum gravity - created due to the interaction of

relativity and quantum mechanics - would always lead to the formation of a horizon that shields a singularity from the rest of the cosmos.

Weatherall contends, for instance, that differing notions of nothingness between theories of general

relativity and quantum mechanics could help explain why scientists are still struggling to unite the two ideas into one theory of quantum gravity.

The second lesson is on the quantum theory and the fact that the general theory of

relativity and quantum mechanics appear to be incompatible.

Theoretical physicists and other researchers seek a new semantic consistency between general

relativity and quantum mechanics by which scientists can move beyond the Standard Model.

That's what happened when physicists starting in the 1930s discovered quantum mechanics, which challenged Einstein's general theory of relativity, and which eventually morphed into string theory in the 1980s (and yes, I'm simplifying here), which harmonized general

relativity and quantum mechanics.

However, general

relativity and quantum mechanics fundamentally disagree on the nature of spacetime.

com)-- 24 DNA, a privately held company in Sacramento, California, is disclosing a 100 plus pages Report titled “Revealed Universal Formula Unified General

Relativity and Quantum Mechanics Also Identified 2 Parallel Universes” which they claimed to contain evidences of such a feat.

The only essential requirement to merge special

relativity and quantum mechanics is to regard the intervals of the former as the uncertainty ranges of the latter.

Scale relativity and fractal space-time; a new approach to unifying

relativity and quantum mechanics.