How to pronounce “supersymmetry” in English

A supersymmetry, for example, can explain why a number is very small, that kind of thing.

And supersymmetry is the basis for string theory.

So supersymmetry involves-- just to give a background to those who are unfamiliar.

They didn't see supersymmetry.

They didn't see supersymmetry.

So in supersymmetry all of the particles, all the fundamental particles-- the quarks, the leptons, the force particles, the photon and its partners,

So that's supersymmetry. Now, in most versions of supersymmetry the supersymmetric particles have a different quantum number, called "R-parity," "negative R-parity."

The fate of supersymmetry is not yet decided.

of something called supersymmetry.

standard model is called supersymmetry which just says that every particle that we know of, electrons, quarks, gluons, everything, photons, all of them have a partner

And that new physics can be supersymmetry, or it can be other additional particles.

And the best candidate is supersymmetry.

What's your personal opinion of supersymmetry, given that LHC hasn't found it yet?

There might be a more complicated version of supersymmetry that could turn out to be correct, but it's not looking good.

So if you heard of that, that involves supersymmetry.

For example, the missing energy signature of supersymmetry.

So the problem is-- I mean, supersymmetry is such a beautifully elegant theory.

The new deep physics, dark matter, supersymmetry, , it's just around the corner.

Which is that I usually follow through special relativity and general relativity, but once I get to sections about supersymmetry and string theory

And yet she is the foundation, in many respects, of things like supersymmetry and these grand unified theories, all of our understanding of why we have a fundamentally unified