Примери коришћења Supersymmetry на Енглеском и њихови преводи на Српски
{-}
-
Colloquial
-
Ecclesiastic
-
Computer
-
Latin
-
Cyrillic
What about supersymmetry?
Supersymmetry is an example of that.
And what about supersymmetry?
Supersymmetry makes sense where the standard model does not.
And that's how supersymmetry works.
Because they're hunting for evidence of supersymmetry.
According to supersymmetry, matter and forces aren't so distinct after all.
In my opinion there is no supersymmetry.
When supersymmetry began as a topic of discussion, no-one realised what it can do.
Does this similarity have something to do with supersymmetry?
They have sexy-sounding names like"supersymmetry" or"large extra dimensions.".
It is an idea that modifies the standard model. It's called supersymmetry.
Supersymmetry makes the mass of the Higgs more natural, more stable, less of a wild coincidence.
Theoretical physics, cosmology string theory, supersymmetry.
Supersymmetry pieces together more broken fragments from that first second of existence.
Did they find evidence to support extra dimensions or supersymmetry?
We don't know, but there's one theory, called supersymmetry, that could explain some of it.
James became one of the pioneers of a powerful new mathematical theory called supersymmetry.
The mass of this could fluctuate,except if there's supersymmetry and that stabilises the mass.
Supersymmetry, or SUSY for short, predicts a whole range of new particles, some of which could make up the dark matter.
I'm really busy with my like-sign dilepton supersymmetry search.
I very much want supersymmetry, because it's a beautiful thing, by any standard and would take our understanding of nature to a new level.
There's loads more stuff we'd like to look for at the LHC, like supersymmetry, extra dimensions.
Supersymmetry is the theory that, if it were true, could allow the rates of matter and antimatter interactions early on to be great enough to explain the asymmetry we need in the early universe.
At the 1978 summer school in Erice he proposed the existence of broken supersymmetry in atomic nuclei, which has since been observed experimentally.
Important symmetries in physics include continuous symmetries and discrete symmetries of spacetime;internal symmetries of particles; and supersymmetry of physical theories.
It was the asking of this"what if?" question that drove the construction of supersymmetry which had an incredible resonance for me when I was a graduate student.
If we find supersymmetry in experiments, for me, personally, it will mean that I have not wasted my entire research career because this is the one question, as a young scientist, I decided had my name on it to study.
What they're really planning to do is to build a machine that will study the Higgs boson in detail andcould give us some clues as to whether these new ideas, like supersymmetry, are really out there, so it's great news for physics, I think.
So, there were a lot of people who predicted supersymmetry was just around the corner, or something else, that as soon as LHC turned on, they'd see spectacular effects, or that the Higgs particle would be heavy.