Electroweak, strong interactions and Higgs fields as components of gravity in noncommutative spacetime

http://repository.vnu.edu.vn/handle/VNU_123/11184

A new noncommutative spacetime of structure M4×Z2×Z2M4×Z2×Z2 is proposed. The generalized Hilbert-Einstein action contains gravity, all known interactions and Higgs field.

This theory can also provide a unified geometric framework for multigravity, which might explain the existence of dark matter and inflationary cosmology.

In other words, high energy physics has laid out the crude shape of the new spacetime, while cosmology will shed light to the more details of it.

Title:	Electroweak, strong interactions and Higgs fields as components of gravity in noncommutative spacetime
Authors:	Viet Ai Nguyen
Keywords:	space-time: noncommutative, cosmological model, gravitation, electroweak interaction, strong interaction, dark matter, inflation, structure
Issue Date:	2015
Publisher:	International Conference "Rencontres du Vietnam:Cosmology - 50 year after CMB discovery"
Abstract:	A new noncommutative spacetime of structure M4×Z2×Z2M4×Z2×Z2 is proposed. The generalized Hilbert-Einstein action contains gravity, all known interactions and Higgs field. This theory can also provide a unified geometric framework for multigravity, which might explain the existence of dark matter and inflationary cosmology. In other words, high energy physics has laid out the crude shape of the new spacetime, while cosmology will shed light to the more details of it.
URI:	http://repository.vnu.edu.vn/handle/VNU_123/11184
Appears in Collections:	ITI - Papers