How to pronounce“tokamak”in English

Tokamak experiment-- so basically, a tokamak structure with the very high density plasmas and temperatures of nearly 100 million degrees, kelvin degrees

- The tokamak and the stellarator are both magnetic systems.

a tokamak because it was clearly, like, "Wow, this is, like, so far ahead of everything else that we tried before."

What's a tokamak?

It is a tokamak.

just means the international tokamak experimental reactor if you like

and for a mirror and for a tokamak, in that magnetic field, the plasma gets trapped.

So this is the largest tokamak existing right now.

- Which is different than a tokamak?

- It's different than a tokamak but actually works on the same physical principle that, namely in the end, it produces a plasma

- So, are tokamaks by far more popular for research and development currently than stellarators?

And magnetic confinement, which is the tokamak fusion device-- it has a density of this, 10 to the 16, 17, 18 per meter cubed.

- What is fusion gain or using notation Q from the paper overview of the SPARC tokamak?

And then, magnetic confinement devices like a tokamak are basically configurations which exploit the features of that magnetic containment.

- Of the concepts which are there, the tokamak is by far the most mature in terms of its breadth of performance

But you know, the advent of a tokamak, along with the fact that you could make very strong magnetic fields with the technology

- So, SPARC is the design of the tokamak, and ARC is the actual full intent thing?

predict what is going to be required in order to build a tokamak that becomes self-sustaining that that becomes essentially ignited

Most fusion efforts have used tokamaks, which are these giant donut-shaped magnetic containment chambers.

we knew, by the rules of tokamaks, that this is going to allow us to vastly shrink, like, the sizes of these devices.

So the stellarator and the tokamak, what's the difference between those two?

And that became, that evolved into the stellarator and the tokamak.

In fact, in the ITER experiment, the tokamak experiment, simultaneously, one is also looking for a material which can withstand very extremely

We have a commercialization unit of that particular kind, which is gonna drive forward a tokamak.

caused that to get dense enough to engage in nuclear fusion so something more like that or a tokamak with a really hot plasma i'm not sure something

so maybe can you talk about what a takamaka is the russian acronym from which the word tokamak is built just means toroidal

instead of trying to make your plasma just sit there in this taurus in the in the tokamak and be controlled steady state with a magnetic field if you if you're willing

So, yes, tokamaks have achieved the highest in magnetic fusion by far, like, the best amounts of these conditions that I talked about

And within that, we would do the same thing that happens in all the other tokamaks and including an ITER and in this one is

Can you explain what a tokamak is, what a stellarator

So, in your tokamak, in your donut, in your stell- in your funky donut, your stellarator-

For instance, the fusion parts, the tokamak designs, the magnetic containment vessels, all of that stuff.

It's fairly precise, but it doesn't have to be, particularly in something like a tokamak, what we do is we produce planar coils,

And then, the Russians, then the Soviets, right, came along with this device called a tokamak, which is a Russian acronym, which basically means

- With that spirit, you're leading MIT's effort to design SPARC, a compact high-field DT-burning tokamak.

because it's based on the, and actually that comes for a reason by the way is that it also looks like a bigger version of the tokamak

because I told you we had operated, for a long time, a tokamak on the MIT campus, achieved these world records,

The other extreme, and you mentioned tokamaks and stellarators.

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