Babcock amp Wilcox that make nuclear reactors, here's an integral fast reactor.

Fumes and furnaces!

We've got a perfect fire.

One, it doesn't operate at high pressure.

I had the good fortune to learn about a different form of nuclear power.

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

Swish, rustle. He was working in a room with an open fireplace, he said.

Then what happens to the waste?

The one nearest the fire.

Would you like to sit and stare at the fake fire?

What are your thoughts on the traveling wave reactor?

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

Right here by the fireplace.

I haven't seen an incinerator for years.

and looked after her here in the warm.

A clamshell is hard.

So that's my fusion reactor in the background there.

And this is what it is.

Uh, put it right over the fireplace there.

Well, we're securing them, and it would be great if we could burn them, eat them up, and this reactor loves this stuff.

To go any further you would have to have breeder technology.

line with the light water reactors. It's funny, even at that time 50 years ago, nobody thought the light water reactor, the heavy water reactor would be around very long.

The assembly is still subcritical. We began to transfer the fuel elements one by one, and started loading the reactor core.

Ninetytwo hundred thermonuclear reactors in tandem.

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

Well I built a fusion reactor when I was 14 years old.

A small amount of material within the core... and exactly, this is how we have developed our reactors.

And I'm really excited about this, because it's a very compact core.

The fireplace was burning brightly.

We haven't even started the American stockpile.

I'm going to make a hard substance.

The Krell furnaces, chain reaction...

A sad pass the world's come to...

What is molten salt reactor in relation to LFTR and vice versa?

Because the steam that's heating them has already lost the vast majority of the energy that it's going to give up.

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

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

Do you have a table in front of the fireplace?

Clean the ashes out of the fireplace.

So what they call Coulomb Barrier is reduced.

And how odd the directions will look!

But the weight is different.

Which brings on another threshold effect

So I'm really excited.

The fireplace in the great room at Rosings would be much larger than that.