No. Helium already has two neutrons. You're short two protons.j2mhall said:Is it possible to get two neutrons to fuse together to form helium?
And with that bit of wild speculation, this thread is now closed. Thank you everybody for trying to help the OP understand the issues with his question in his thread start.j2mhall said:changing the subject. If photons cause electrons to be removed from an atom and grativitons do the same then wouldn't a way to produce anti gravity be to remove all the electrons from an atom so that gravitons don't get absorbed?
Cold fusion is a hypothesized type of nuclear reaction that occurs at or near room temperature. It involves fusing atomic nuclei together to form a heavier nucleus, releasing large amounts of energy in the process.
Neutrons are not typically used in cold fusion experiments because they do not carry an electrical charge and therefore do not interact with other particles as easily. However, there have been some studies exploring the potential use of neutrons in cold fusion reactions.
Cold fusion is a highly controversial topic in the scientific community. While some researchers claim to have observed cold fusion reactions, the majority of the scientific community remains skeptical due to the lack of reproducible results and the violation of established physical laws.
Fusing neutrons is different from traditional nuclear fusion in that it does not involve the use of high temperatures or pressures. Instead, it relies on the interaction of particles at or near room temperature, which is why it is referred to as "cold" fusion.
There is currently no conclusive evidence to support the idea of cold fusion through fusing neutrons. While some studies have reported positive results, they have not been able to be replicated by other researchers. Additionally, the theoretical basis for cold fusion through fusing neutrons is not well-established.