What would be the benefits of cold-fusion?

Question

I'm plain ignorant in this matter, but I'm asking out of curiosity.

Answer 1

Unfortunately none because it doesn't work. The link below is a good article on Cold Fusion

Answer 2

The biggest practical problem fusion reactors face is the fact that you need to isolate a reaction the temperature of the sun's core within a small metal reactor. Cold-fusion generally refers to the ability to create fusion reactions without having to heat fuel to the incredible temperatures and pressures found within stars. So far, no such device has been created although there has been plenty of hoaxes. The benefit would be all the benefits of cold-fusion energy without the need to develop a reactor and system to withstand such awesome energy extremes. The benefits of fusion energy are, of course, tremendous amounts of energy using a very common fuel while you're only waste product would be the reactor core which is much safer then having spent fuel rods or smoke stacks and such. The reactor can be dealt with far easier then tons of spent fuel rods.

Unfortunately, no serious physicists see cold-fusion as a viable method if it's even possible at all.

Answer 3

the superb skeptics reported that nuclear fusion at room temperature isn't a chance. This grew to develop into concluded with the concept of that solid stress interactions were responsible, which contain those contained contained in the picture voltaic. chilly Fusion operates outside those stumbling blocks utilizing the susceptible stress. How it really is done keeps to be being investigated. the uncomplicated idea is electrons (leptons) are problem to susceptible stress synergies. This causes a decay interior the atom and initiates yet another decay (neutron) to compensate the inability of potential. diverse room temp experiments (i do not submit to in options the mag I actual were given it from) that produced neutrons in contact pressurizing a tube and causing the stress to oscillate. lower back, those diverse kinds of lab artwork can not be touching on to the forged stress, by potential of way of decreased potential placed into the kit.

Answer 4

More commonly known as room temperature fusion. You wouldn't believe the by products that can be created. It is amazing. I know from fact because I've seen them. Magnets so strong they've laid a bed of them and put them under trains. the train is suspended over the bed buy the magnetic field and goes very fast, noiselessly and it can't derail because it's held there by the magnetic field. Ceramic material, very light, hard and durable. Perfect for taking the place of metal for some things. My favorite, Smart material. You can interface it with a computer and make it take on the characteristics of whatever material you want it be. You can build a car body out of it, wreck it, hook it up to the computer and remind it of what it's supposed to be and it will straighten itself out like new. I kid you not. This stuff is awesome. You can make it take on the characteristics of wood and build a house with it. Whoever figures out how to do room temperature fusion is going to be so rich!

Answer 5

If we could make the fusion reaction happen at low temperatures, it might make it possible to make cheap, very safe, nuclear reactors, maybe even one in each home. Such a reactor could power a house for many years on just a little handful of fuel.

Unfortunately, there is absolutely no indication that such a thing is possible.

Answer 6

Absolutely limitless energy.

Answer 7

cheap energy.... lots of it..