Examples of using Supergravity in English and their translations into Greek
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N= 8 Supergravity.
Dark matter, dark energy, supergravity.
Not so with supergravity, which places an upper limit of 11 on the dimensions of space-time.
Nanopoulos: string theory, supergravity, Onassis Prize….
The repulsive field should give you some protection against the supergravity.
Hyperspace theory(also called Superstring or Supergravity theory) begins with Einstein's General Relativity.
Overall gameplay is that it is necessary to go down, obeying supergravity.
This query returns records containing either gravity or supergravity, and either ellis or perelstein anywhere in the record.
I spent the weekend at Politzer's andhe completely disassembled my 11-D supergravity theory.
In the years since 1985,we have realized that both supergravity and string theory belong to a larger structure, known as M theory.
The effective coupling that gives the strength of the junctions where three pipes meet is not the energy,as it is in supergravity.
For these reasons, many physicists began to look to supergravity in 11 dimensions in the hope that it might be the unified theory.
So this is what distracts you from helping me, your friend, your colleague,win the Nobel Prize for my 11-dimensional supergravity theory?
Our experience with supergravity and string theory, and the analogy of Gödel's theorem, suggest that even this formulation will be incomplete”.
Many different approaches along these lines have been tried, with names such as twistor theory,noncommutative geometry and supergravity.
But then our experience with supergravity and string theory, and the analogy of Godel's theorem, suggest that even this formulation will be incomplete.
His inaugural lecture in this role was titled:"Is the End in Sight for Theoretical Physics?" andproposed N=8 Supergravity as the leading theory to solve many of the outstanding problems physicists were studying.
Physicists noticed that in supergravity theories in four spatiotemporal dimensions, there cannot be more than eight different supersymmetric rotations.
Rather it was because Ed Witten declared that string theory was the true quantum theory of gravity, and supergravity was just an approximation, valid when particle energies are low, which in practice, they always are.
Together, these imply that, in supergravity, the supersymmetry is a local symmetry(in contrast to non-gravitational supersymmetric theories, such as the Minimal Supersymmetric Standard Model).
Physicists Sergio Ferrara, Dan Freedman, andPeter van Nieuwenhuizen will split a $3 million Breakthrough Prize for their theory of supergravity, which drives much of today's physics research toward our understanding of the universe.
It was quickly noticed that in supergravity theories in four spatiotemporal dimensions, there cannot be more than eight different supersymmetric rotations.
Physicists Sergio Ferrara, Dan Freedman, andPeter van Nieuwenhuizen will split a $3 million Breakthrough Prize(approximately £2.47 million) for their theory of supergravity, which drives much of today's physics research toward our understanding of the universe.
In the years since 1985,we have realized that both supergravity and string theory, belong to a larger structure, known as M theory. why it should be called M Theory, is completely obscure.
During the last year,physicists came to the realization that it is very difficult to understand the origin of positive dark energy in the most advanced versions of elementary particle theory- such as string theory and extended supergravity,” Linde said.
String theory, supergravity and even quintessence, for example, seem to violate the weak equivalence principle because they contain many light scalar fields with long Compton wavelengths.
In 1978 Eugene Creamer, Bernard Julia andJoel Scherk of the tcole Normale Sup6rieure in Paris realized that supergravity not only permits up to seven extra dimensions but is most elegant when existing in a space-time of 11 dimensions(10 of space and one of time).
The matrix theory they proposed was first suggested as a description of two branes in 11-dimensional supergravity by Bernard de Wit, Jens Hoppe, and Hermann Nicolai. The later authors reinterpreted the same matrix models as a description of the dynamics of point black holes in particular limits.
In what is called the second superstring revolution, it was conjectured that both string theory anda unification of general relativity and supersymmetry known as supergravity form part of a hypothesized eleven-dimensional model known as M-theory, which would constitute a uniquely defined and consistent theory of quantum gravity.