It is uncertain which Cold Fusion tutorial came first. One of the first ones, however, would be online at the After Hours Program site which gives you a very detailed response.
The cold fusion theory is controversial because it proposes a way to generate energy by fusing atoms at room temperature, contradicting traditional fusion theory. Many scientists are skeptical of cold fusion due to the lack of consistent, reproducible experimental results and the failure to explain the underlying mechanism adequately. The initial claim of cold fusion in 1989 was met with skepticism and debate in the scientific community, contributing to its controversial status.
"Hot" nuclear fusion (this is not the term normally used) is exactly what the name implies, the materials are heated, which provides them with enough energy to overcome the normal repulsion of protons. Cold nuclear fusion requires no heating and has not yet been proved, although dozens of Physicists and Electro-Chemists have claimed to have created cold fusion. Cold Fusion relies on other forces, such as pressure, to overcome the electrostatic force of repulsion.
It hasn't been achieved yet, and it seems doubtful that it is possible. You may want to read the Wikipedia article on cold fusion to get a more detailed overview. To summarize it: the muon-catalyzed kind definitely is possible and is routinely done by researchers in the field - the problem is that it requires more energy to generate the muons than you can get out of the fusion. The Fleischmann and Pons kind appears to have been poor laboratory technique (I'm being charitable here, and not suggesting that it was deliberate fraud).
The group of scientists who claimed they had achieved cold fusion was discredited and their results could not be replicated by other researchers. This incident damaged their reputation in the scientific community and their claims were dismissed as not being credible.
Cold, dense, and massive. These conditions allow gravity to overcome internal pressure and initiate the process of nuclear fusion, leading to the formation of a star.
Cold Fusion - Doctor Who - was created in 1996.
Yes
Cold Fusion - 2011 is rated/received certificates of: Germany:16 Singapore:PG13
neither cold fusion nor warp fields exist.
Martin Fleischmann and Stanley Pons proposed cold fusion in 1989, although it was proven to be an invalid concept that did not work.
I think you mean "Cold Fusion" It is the (currently) hypothetical nuclear fusion reaction which happens at ambient temperatures?
"Cold fusion" refers to fusion at (or near) room temperature, rather than the millions of degrees that are normally required. This has not been achieved so far - at least, not to any significant degree.
The cold fusion theory is controversial because it proposes a way to generate energy by fusing atoms at room temperature, contradicting traditional fusion theory. Many scientists are skeptical of cold fusion due to the lack of consistent, reproducible experimental results and the failure to explain the underlying mechanism adequately. The initial claim of cold fusion in 1989 was met with skepticism and debate in the scientific community, contributing to its controversial status.
Cold fusion is a type of nuclear reaction that occurs at or near room temperature, leading to significant energy production. The specific formula for cold fusion is not well understood or documented, as the process is still a subject of ongoing research and debate in the scientific community.
Cold fusion
It is generally thought that reports of cold fusion made in the past were in error, for one reason or another. It seems unlikely from theory. There is a Wikipedia article if you want to read it.
"Hot" nuclear fusion (this is not the term normally used) is exactly what the name implies, the materials are heated, which provides them with enough energy to overcome the normal repulsion of protons. Cold nuclear fusion requires no heating and has not yet been proved, although dozens of Physicists and Electro-Chemists have claimed to have created cold fusion. Cold Fusion relies on other forces, such as pressure, to overcome the electrostatic force of repulsion.