How to pronounce“plasmas”in English

Plasmas in medicine-- now, I would like to stress a little bit on this because it's still not very common.

Plasmas, agriculture-- this is a very exciting area.

Plasmas and radiation have a symbiotic relationship.

Plasmas are here and everywhere.

Plasmas are weird in the sense that it's not like that.

plasmas are all about and the reason why my department is interested in plasma physics very strongly is because

"Astrophysical Plasmas and Fluids" was the first one I wrote.

And plasmas are being used to destroy bacteria in wound infections.

Then plasmas have quasineutrality.

So plasmas exhibit a variety of waves, as I already mentioned-- some of them.

but plasmas are essentially the fourth state of matter so if you think about solid liquid gas plasma is the fourth

that these plasmas where before they squeezed them very hard, and just like squeezing a tube of toothpaste, they squirted out the ends.

So the plasmas became gas, and gas became liquefied.

And so plasmas also are being used very efficiently for the disposal of hospital waste.

And then quantum plasmas is a way of dealing with the plasmas.

And in plasmas, we find that this is very important.

So in plasmas, not all the species-- I will now speed up a little bit-- behave alike.

But in plasmas, it can behave like a vector.

Techniques for studying plasmas and plasma phenomena-- so basically, all the laws of conservation are applied in order to study plasmas.

It is plasmas that emit radiation.

exist in plasmas, from laboratory to the earliest stages of the universe.

They study plasmas, the plasma interaction that comes from the solar wind.

Those are plasmas.

these incredibly hot gases plasmas using magnetic fields with the ultimate objective of releasing fusion energy on earth and

tokamax can confine plasmas and so we now understand in in rather great detail um the way they work and we're able to

There are various kinds of plasmas.

This is not how nature has made plasmas.

Universe originated in a hot soup of plasmas.

it's all fully made of plasmas.

Let me now come to plasmas in laboratory.

So what are the types of plasmas?

And then we have dusty plasmas in several locales in the universe.

And then we have the strongly coupled plasmas, which are extremely dense, for example, in white dwarfs or in pulsars.

This is just to emphasize that plasmas exist in such a big variety, in such a big range of parameters.

And all electromagnetic phenomena in plasmas exist because of these small departures from strict neutrality.

So these are different methods for studying plasmas.

And these are images of plasmas.

plasma physics including the magnetic confinement of plasmas seeking to enable fusion reactions which happens to be the

particularly stars and the sun are plasmas

And then I shall give a brief introduction to plasmas in laboratory, plasma materials and methods, types of plasmas.

So perhaps some of you might have read in your undergraduate plasmas being the fourth state of matter.

So let me give you some more examples of astrophysical plasmas.

So similarly, plasmas also have a refractive index, which is defined in this manner.

This is actually a very important property of the plasmas.

So all sources of radiation in the universe are through the plasmas.

So summarizing, plasmas are the beginnings of the universe.

Yeah, plasmas are actually quite astonishing sometimes in their beauty.

a field-reversed configuration, in one of our plasmas, beta is very close to one.

Vinod is with us today to introduce us to the fascinating world of plasmas, with a talk entitled "The Plasma Universe."