Is it possible that the radiation emitted by UDH originates from the process of protium to deuterium? I've seen mention that because the nucleus and electron are so close that they are considered neutron-like, they may be captured by other nuclei. Could it be that in UDH a neutron-like reaction of a proton to an electron to another proton to form deuterium (and a neutrino) is taking place?
redirmogician
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Posts by redirmogician
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Go here- there are a half-dozen papers by Leif Holmlid.
I would love to see research on UDH by someone other than Leif Holmlid.
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谢谢，我也想阅读 R. Mills 关于 UDH 的文章。但是如果有其他人对UDH的研究，我也很想知道。
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Holmlid is only second place. R. Mills discussed it more than 10 years earlier. But all people that have 1000% proof for a failing standard model are blacklisted and don't get published.
Holmlid could do it because he always mixed in enough standard model crap to take/clear the hurdle...
Is there any article about UDH/UDD?
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I've been following news on this for a long time. I have also communicated with people in other places, but many people are not optimistic about the authenticity of UDH/UDD. I also found no studies other than Holmlid's, either for or against it. I want to know if there is no UDH/UDD, or if there is UDH/UDD but no energy gain occurs, or if UDH/UDD is present and the reaction that produces energy as Holmlid claims is also there, or if there is energy gain but not what Holmlid claims reaction process.
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I noticed that "Processes in Ultra-Dense Hydrogen Take Place in Small Non-superfluid HN(0) Clusters" is mentioned in Holmlid's paper. So what happens if (I mean if) this process happens in superfluid HN(0) Clusters. Just curious
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稍微轻松一点，我认为 Leif Holmlid 的理论工作有朝一日可能会被正在思考暗能量和物质身份的主流物理学家所接受。在这被赋予可信度之前，谁知道呢？由天体物理学家和天文学家提出新的理论。不是我的专业领域。
没有更多的细节，虽然另一条有希望的研究路线走到了尽头，但很遗憾。
Are you referring to not producing what Leif Holmlid calls "annihilation".
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Norront Fusion, the spin-off company from Leif Holmlid's theoretical work, is as far as I know trying to rule out (exhaustively) that their negative muonic theory was in fact due to free neutrons, which in turn decay to protons and electrons. It's all gone quiet on this front, but maybe soon we will see an update from Svenn Olaffson's and thus Holmlid's team in Iceland and Norway.
Any more details on this point?
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What happens when the resulting meson collide with other nucleons, do the muons transfer momentum to other nucleons, or do they fuse into other particles. I was wondering if there is any way to harvest energy by charged particles instead of heat.
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I think redirmogician refers to the annihilation option to obtain energy from UHD.
Harvesting annihilation energy (mass into, mainly kinetic, energy) with current technology is extremely hard to do. This needs further research as Holmlid announced in the past.Another option would be to use the muon catalyzed deuterium fusion path, in this case using UDD.
Yes that's what I was going to ask. So is there any research on that now.
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Can you elaborate more in what you are asking? Do you mean if UDH could be used as a conventional chemical energy source? How do you think that the energy could be “absorbed” by the adjacent hydrogen?
Just trying to really understand where is your point of view coming from.According to what I have read about it, the products of the reaction are mainly mesons, and eventually about 50% of the energy is carried away by the neutrinos produced by the decay of the mesons. I would like to ask if there is some way to harness this energy. I am not talking about using the energy of neutrinos, but is there some way to convert the mass of a meson into usable energy before it decays into a neutrino. In my reply, "usable energy" means heat or kinetic energy of the particles, which can be easily converted into electricity. Also I noticed that no meson emission was observed in the chain cluster of UDH. So I wonder if the annihilation reaction just does not occur in this form of UDH or the energy of the annihilation reaction is generated in some other form, such as being absorbed by the nearby hydrogen atoms and converted into kinetic energy of hydrogen atoms.
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Hi, I would like to know if there is a feasible way to obtain usable energy from the reaction of Ultra-dense hydrogen in the scheme. And not just catalytic fusion. Is there a feasible way to convert the mass of a meson into usable energy before it is produced and eventually decays into a neutrino. Or is it possible for the energy produced by the annihilation reaction to be absorbed by the adjacent hydrogen as such.
