Examples of using Superstring in English and their translations into Slovak
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Superstring theory-- what is it?
In 2008 he won the Dirac Medal for his work in superstring theory.
Superstrings from 26 dimensions.
Some keep looking for a Superstring theory that will knit it all together.
This fact is important for various relations between M-theory and superstring theory.
The Superstring: Theory of Everything, or of Nothing?
String theories that include fermionic vibrations are now known as superstring theories;
For superstring theory to be consistent, supersymmetry seems to be required at some level(although it may be a strongly broken symmetry).
Since that time, the term string theoryhas developed to incorporate any of a group of related superstring theories.
Bosonic string theories are 26-dimensional, while superstring and M-theories turn out to involve 10 or 11 dimensions.
In our era, a new approach to unify the laws of physics is being pursued by physicists such as myself, many others around the world,it's called superstring theory, as you were indicating.
Since supersymmetry is a required component of superstring theory, any discovered supersymmetry would be consistent with superstring theory.
In addition, in the next few decades, the possibility of black hole production at the highest energy accelerators may arise,if certain predictions of superstring theory are accurate(Scientific American, May 2005).
There are then really only three superstring theories, which might be called(for discussion) the Type I theory, the Type II theory, and the heterotic theory.
These three facts imply that the low-energy approximation to a superstring theory is a supergravity theory.
T-duality also relates type I superstring theory to both type IIA and type IIB superstring theories with certain boundary conditions(termed orientifold).
The earliest string model, the bosonic string, incorporated only bosons,although this view developed to the superstring theory, which posits that a connection(a“supersymmetry“) exists between bosons and fermions.
Physicist Brian Greene explains superstring theory, the idea that minscule strands of energy vibrating in 11 dimensions create every particle and force in the universe.
Spacetime is 26-dimensional in bosonic string theory, 10-dimensional in superstring theory, and 11-dimensional in supergravity theory and M-theory.
And the wonderful thing is that superstring theory has nothing to do at first sight with this idea of extra dimensions, but when we study superstring theory, we find that it resurrects the idea in a sparkling, new form.
Flat space stringtheories are 26-dimensional in the bosonic case, while superstring and M-theories turn out to involve 10 or 11 dimensions for flat solutions.
If experimental evidence confirms supersymmetry in the form of supersymmetric particles such as the neutralino that is often believed to be the lightest superpartner,some people believe this would be a major boost to superstring theory.
This implies that there are really only three superstring theories, which might be called(for discussion) the Type I theory, the Type II theory, and the heterotic theory.
In a modern sequel to Edwin Abbott's 1884 science classic Flatland, mathematician Stewart tells the tale of a young square, Vikki, who escapes her two-dimensional world to explore quantum mechanics,black holes, and superstrings.
Supersymmetry is required in string theory- making it superstring theory- in order to achieve superunification of all fundamental forces of nature, including gravity.
In the early 1990s, it was shown that the various theories of Super Strings were related by dualities,which allowed physicists to relate the description of an object in a SuperString theory to eventually describe a unique object from another theory.
String theories which includefermionic vibrations are now known as superstring theories several different kinds have been described, but all are now thought to be different limits of one theory(the M-theory).
M-theory, Superstring theory and other theoretical constructions with the common base are physically acceptable, but from the point of view of correspondence methodological principle, they won't in any case replace the quantum theory of gravitation which, as the only one, can offer us the answers regarding the situation"during" big bang.
If the Large Hadron Collider and other major particle physics experiments fail to detect supersymmetric partners,many versions of superstring theory which had predicted certain low mass superpartners to existing particles may need to be significantly revised.