Creating Cheaper Energy

What would be your less expensive method for bonding deuterium and tritium nuclei to form helium atoms for the production of cheaper energy? I am looking for bonding methods other than the very costly trillions of high power neutrons.

Oh that's simple.

Carefully blend 2×1030 kilograms of deuterium and tritium nuclei into a mixing bowl and stand back.

You'll be getting tons of helium for the next couple billion years.

But be careful!

That mixing bowl of yours is going to get rather hot.

I'd use a Pyrx bowl if I were you.
 
What would be your less expensive method for bonding deuterium and tritium nuclei to form helium atoms for the production of cheaper energy? I am looking for bonding methods other than the very costly trillions of high power neutrons.

Oh that's simple.

Carefully blend 2×1030 kilograms of deuterium and tritium nuclei into a mixing bowl and stand back.

You'll be getting tons of helium for the next couple billion years.

But be careful!

That mixing bowl of yours is going to get rather hot.

I'd use a Pyrx bowl if I were you.


And how would you contain this tons of helium?
 
What would be your less expensive method for bonding deuterium and tritium nuclei to form helium atoms for the production of cheaper energy? I am looking for bonding methods other than the very costly trillions of high power neutrons.

Oh that's simple.

Carefully blend 2×1030 kilograms of deuterium and tritium nuclei into a mixing bowl and stand back.

You'll be getting tons of helium for the next couple billion years.

But be careful!

That mixing bowl of yours is going to get rather hot.

I'd use a Pyrx bowl if I were you.


And how would you contain this tons of helium?
Balloons, obviously.

balloons.jpg
 

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