Author Topic: Do you think humans will ever harness the power of Nuclear Fusion?  (Read 3100 times)

I think we're pretty close, and it should be achieved in most of our lifetimes. But what is to be done with all the helium that it will produce? I say steampunk zeppelins for transportation :P

Read some basics here

Nuclear Fusion power sources will be made, but not within the next few decades.

Read some basics here

Nuclear Fusion power sources will be made, but not within the next few decades.
Oh good thing I've played fallout then! I'll be ready!

Humans aren't intelligent enough to play with Nuclear Fission.

Wait, so can nuclear fusion start portal-making technology?

Wait, so can nuclear fusion start portal-making technology?

No, that's Quantum Space Hole Mechanics.


I think we're pretty close, and it should be achieved in most of our lifetimes. But what is to be done with all the helium that it will produce? I say steampunk zeppelins for transportation :P
You obviously didn't read my posts.
Nuclear fusion's waste is far less dangerous than fission's, and stays radioactive for not nearly as long.

It creates a stuff load of Helium (Or Hydrogen, can't remember)
If you relate it to post-blast conditions after about 3 months.  It is not as radioactive because it decomposes slower, hence radio-activity.
Electrolysis is fission I thought, with hydrogen and helium splitting out of a compound?
Electrolysis is putting a substance under conditions with large amounts of electricity, another chemical process.  For instance, in an exploding stick of dynamite, the energy is released in a blast of energy.  The energy flows out of the system(dynamite) and into the surroundings, forming simpler compounds.  Electrolysis works in the opposite direction, using relatively large amounts of energy to form simple components into more complex compounds.  Fusion works on a larger scale, combining atoms to eachother.  In the case of fusion, however, it releases large amounts of energy because the Strong Force - a very strong binding force in the nuclei of an atom, is violated.

Fallout is fiction, and does not accurately explain the real effects.

It is likely never going to be achievable.

When the sun burns out, my fusion space machine will create light, for $1.99 per lb.

When the sun burns out, my fusion space machine will create light, for $1.99 per lb.
And where are you going to find a mass of Hydrogen billions of times the size of Earth.

And where are you going to find a mass of Hydrogen billions of times the size of Earth.
Space.
I'll make a super grappling hook, and it'll steal all the hydrogen I need from Epsilon Leonis.

A hook can't grab a gas.
Most Hydrogen in Space is undergoing Fusion, can't grab that either.
The closest avaiable source is several billion light-years away, using all the solar system's atoms in a straight line not even reaching close to that source.

A hook can't grab a gas.
Most Hydrogen in Space is undergoing Fusion, can't grab that either.
The closest avaiable source is several billion light-years away, using all the solar system's atoms in a straight line not even reaching close to that source.
Magnets.



I honestly hope they don't forget up by making a Fusion Power Plant way to early, I don't want Japan to disappear again.

Already have.



Though it's inefficient.

That's it, the pretty much only one.  Though that looks more like a particle accelerator.