Examples of 'supergravity' in a sentence
Meaning of "supergravity"
'Supergravity' is a noun used in physics to describe a hypothetical theory that unifies general relativity and supersymmetry, aiming to explain fundamental forces and particles in the universe at both macroscopic and microscopic scales
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- A field theory combining supersymmetry and general relativity.
How to use "supergravity" in a sentence
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supergravity
Supergravity is the gauge theory of local supersymmetry.
Gravitino phenomenology and cosmological implications of supergravity.
Cosmological type solutions of supergravity origin are studied.
Supergravity can be formulated in any number of dimensions up to eleven.
West has constructed supergravity theories in ten dimensions.
For his contribution to the discovery of supergravity theory.
The supergravity field has disappeared.
He is known for his work in supergravity.
It is an area of intense supergravity caused by the momentary concentration of gravitons.
Following this line of reasoning will lead to supergravity.
Supergravity and supersymmetry.
Such a theory is called a supergravity theory.
Supergravity is more restrictive because it places an upper limit on the number of dimensions.
He works on supersymmetry and supergravity.
Supergravity has influenced theoretical physics deeply over the past four decades.
See also
This was the case already in the supergravity sector.
Supergravity resulted when you took the equations of general relativity and applied supersymmetry to them.
It is an area of intense supergravity.
Supergravity theory in eleven dimensions".
Against the supergravity.
The repulsive field should give you some protection against the supergravity.
The road to supergravity.
His thesis work revealed a balancing repulsive gravitational force present in extended supergravity.
Extra dimensions appear as a frequent component of supergravity models and other approaches to quantum gravity.
The scientists have embedded this higher curvature gravitational model in the fundamental theory of supergravity.
And with Claudio Teitelboim he showed that supergravity has positive energy.
Higher-dimensional supergravity is the supersymmetric generalization of general relativity in higher dimensions.
He has shown that this theory contains all the maximal supergravity theories.
Interest in eleven-dimensional supergravity soon waned as various flaws in this scheme were discovered.
At first consistent truncations of type IIA supergravity are considered.
The theory of supergravity revolves around this intention, to establish a theory that is applicable everywhere.
The exceptional Lie groups were studied in the context of supergravity and gauge field theories.
Supergravity theory also played a significant part in establishing the necessity of the 11th dimension.
Exceptional Generalized Geometry provides a very elegant way to incorporate the supergravity fluxes in the geometry.
Similarly, the possible dimensions of supergravity are related to the dimensions of the division algebras.
It 's the eleven dimensional supergravity.
The symmetry group of Supergravity is a local symmetry, whereas supersymmetry is a global symmetry.
At low energies, the superstring theories are approximated by supergravity in ten spacetime dimensions.
Supergravity theories with N > 1 are usually referred to as extended supergravity SUEGRA.
As usual, there is a supergravity supermultiplet.
This gauge symmetry is a local supersymmetry transformation, and the resulting theory is supergravity.
Equivalently, it is the extension of ordinary supergravity to include Weyl transformations.
Abstract, The topic of this thesis are compactifications in string theory and supergravity.
Higher-dimensional SUGRA focuses upon supergravity in greater than four dimensions.
It is quite striking that Einstein 's equations admit the generalisation that we know as supergravity.
Supergravity field approaching!
Similarly, M-theory is approximated at low energies by supergravity in eleven dimensions.
Supergravity additionally underpins one of physicists' favorite candidate ‘theories of everything', string theory.
Firstly, I introduce the solitonicp-brane solutions of the supergravity theories.
The SO ( 9 ) supergravity is explicitly constructed and applications are considered.
