Difference between revisions of "Cold Fusion"
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| + | ''"Cold Fusion"'' is a general term used for a process that yields nuclear fusion power without the necessity of generating immense heat or pressure in order to initiate and maintain the fusion reaction process. In this sense, the process is "Cold" only in so far as it does not require Megakelvins to thermally maintain. | ||
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| + | Several processes fall into the category of ''"Cold Fusion"''. <br> | ||
| + | :''Please choose from the following articles:'' | ||
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| + | :* [[Piezo-nuclear Fusion]] (PNF). | ||
| + | :* [[Nuclear Damper|Damper-mediated]] [[wikipedia: Muon-catalyzed fusion|Muon-catalyzed Fusion]] (μ<sub><small>/g</small></sub>NF). | ||
| + | :* [[Fusion+]] (some versions). | ||
Revision as of 21:34, 15 July 2025
"Cold Fusion" is a general term used for a process that yields nuclear fusion power without the necessity of generating immense heat or pressure in order to initiate and maintain the fusion reaction process. In this sense, the process is "Cold" only in so far as it does not require Megakelvins to thermally maintain.
Several processes fall into the category of "Cold Fusion".
- Please choose from the following articles:
- Piezo-nuclear Fusion (PNF).
- Damper-mediated Muon-catalyzed Fusion (μ/gNF).
- Fusion+ (some versions).