To the reactor?

Reactor bay.

LFTR is a molten salt reactor. All LFTRs are molten salt reactors but not all molten salt reactors are LFTRs.

Then what happens to the waste?

The reactor is close.

Gunderson. He has over 40 years of nuclear power engineering experience. And Arnie holds a nuclear safety patent.

And what about the nuc nucular reactor in Florida?

And this is what it is.

Reactor, that's right.

Ship. I'm on my way to the reactor.

Why would you want to go to the reactor?

One, it doesn't operate at high pressure.

Heat was not being removed from the reactor.

At the Fukushima No.1 nuclear power plant, all the reactors stopped just after the quake.

We haven't even started the American stockpile.

The reactor is shutting down fast.

Seems a snail fell into a French nuclear reactor.

The traveling wave reactor is another form of a liquid metal fast breeder reactor.

Atomic Nuclear

I have some good friends in nuclear industry. They are very big advocates of the fast breeder reactor.

So what they call Coulomb Barrier is reduced.

But the weight is different.

So I'm really excited.

And number two, do not build a reformer on the ocean.

These are the reactors, very simple, you can see.

Nobody in the world knew that a self sustained fission chain reaction was even possible up until somewhere around 1938. Very few people understand all these options that are available in nuclear energy.

This is what drives the design of this building. If this happens, all the steam is captured in this building.

This is the shape of Tokamak, a torus reactor.

(Applause)

That's between, say at an average use, that's maybe 25,000 to 100,000 homes could run off that.

And that something we make might decay quickly. And if it was really absorptive and it decayed quickly, the reactor would do... this!

This has a distinction of being the newest nuclear reactor in the United States. This came online in 1996.

That decay heat continued to build.

How long do you think that reactor has been sitting there, huh?

They shut down the reactors.

Reactor timing is offset in the core.

But I know everything there is to know about that damn reactor.

What's your plan?

So water cooled reactors have to run at over 70 atmospheres of pressure.

I heard from Nathan Myhrvold and I think here's the action point it'll take an act of Congress to make the Nuclear Regulatory Commission start moving quickly on these small reactors, which we need very much, here and in the world.

Daiichi and they go, Is this the end of nuclear power? and I go, No, it's not the end of nuclear power, there's a zillion other ways to do nuclear power.

This can also be a resilient electrical microgrid, community heating, power, communication networks, etc. can be concentrated there.

Is it safe as it sounds what's preventing North American governments from actually creating the reactor?

And then we get to uranium.

You want to get to the reactor?