What's a grand unified theory?

Answer 1

United nature theory-wave theory. Wave theory explains every principle process that occurs in nature by introducing quant




duality= wave particle=wave formation= gravitational wave created by energetic mater as a basic force.. Energetic matter= (condensed space time, energy ) created by Einstein's space time curvature that forms nebula etc. and black hole which in its singularity (the most condensed point) expel this energetic matter in quant formation

(two semi loops)-photon, Quant equation in photon phase

1=1

Quant equation in photon phase energetic matter in both semi loops is equal. From big bang, wave creation-quant -universe, by different phase transition disperse and new universe is born. (life cycles).

Answer 2

Grand unification, grand unified theory, or GUT is one of several very similar theories or models in physics that unify what are considered three "fundamental" gauge symmetries: hypercharge, the weak force, and quantum chromodynamics. Grand unification is based on the idea that at extremely high energies, all symmetries have the same gauge coupling strength, which is consistent with the speculation that they are really different manifestations of a single overarching gauge symmetry.

Thus far, physicists have been able to merge electromagnetism and the weak nuclear force into the electroweak force, and work is being done to merge electroweak and quantum chromodynamics into a QCD-electroweak interaction. Beyond grand unification, there is also speculation that it may be possible to merge gravity with the other three gauge symmetries into a theory of everything.

The coining of the widely-used acronym GUT has been attributed to a paper published in 1978 by Harvard University theorist Dimitri Nanopoulos (now at Texas A&M University).

For more info see http://en.wikipedia.org/wiki/Grand_unified_theory

Hope you like this.

Answer 3

Grand unified theory in physics termed as GUT unify 3 fundamental gauge symmetries: Hypercharge, the weak force and quantum chromodynamics. So for, Phycists have been able to merge the electromagnetism and the weak neuclear force into electroweak force. Work is in progress to merge electro-weak and quantum chromodynamics into a QCD electroweak interaction. In 1978 paper was published on the subject by Harvard University theorist Dimitri Nanopolous. Source:http//:en.wickipedia.org/wiki/Grand_unified_theory
VR

Answer 4

In the world of physics, it's a single theory that describes how matter and energy function not only at the physical level that we see, but also inside an atom, which is full of unique particles that behave in unexpected ways. Scientists have found that a theory that accurately describes one environment typically does not apply well to the another, so a collection of theories have been invented. Grand Unification Theory attempts to find a single theory that explains everything, even mysterious sub-atomic properties.

Answer 5

A Grand Unified Theory, or GUT in short, is a hypothetical theory which physicists hope to approach one day with the plethora of experimental observations of the birth of the universe its expansion etc. which would serve to explain every possible phenomena in the universe either directly or as corollaries or subparts of it.

Answer 6

GUT attempts to unify the electromagnetic and weak nuclear forces with the stronge nuclear force into one power.

The differences between these forces in nature is attributed to the breaking of symmetrical relationships among forces immediately after the Big Bang, when the universe expanded.

Part of the problem is that it is not unified as gravity is left out of the equation.

Answer 7

can there be a grand unified theory when the chaos theory can never be measured?

Answer 8

the GUFT? it is grand unified field theory.
it is combination of electrostatic , magnetic , n gravitational forces
though gravity is not yet related theorotically it is a part of it.

Answer 9

a theory that brings together quantum mechanics, relativity and everything in between

Answer 10

buncha folks, speculatin' on grand Ave..