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What is new hydrogen fusion energy?
This is a new nuclear fusion reaction of hydrogen that occurs under special conditions between nanocomposite metal materials and hydrogen. It is a new technology developed from so-called cold fusion research, and is also called Metal Hydrogen Energy (MHE).
Recent advances in research have confirmed reproducibility and increased heat output. This is a dream technology that is eagerly awaited for practical application as a new energy source that can provide a groundbreaking and realistic solution to global energy issues and carbon neutrality.
Features
The reaction heat generation mechanism is a kind of multi-body hydrogen nuclear fusion reaction in which hydrogen undergoes a specific nuclear reaction within a nano-structured solid crystal. Four hydrogen atoms undergo tetrahedral condensation (4H/TSC) within the hydrogen-absorbed nano-composite metal. This reaction model theory was proposed and systematized by Professor Emeritus Akito Takahashi of Osaka University.
The product of the nuclear reaction, He-3, will provide direct proof that this is a new form of hydrogen nuclear fusion. At the same time, since it is a valuable substance, we will also work to detect He-3.
Practical realization
The high-temperature nuclear fusion of hydrogen generated in the sun requires hundreds of millions of degrees and tens of thousands of atmospheric pressure, and to cause this reaction on Earth, a huge reactor facility is required. There are also issues with radiation shielding and nuclear waste disposal. Our new hydrogen nuclear fusion can be achieved at temperatures below 1,000 degrees and hydrogen pressures of several atmospheric pressures, generating heat with an energy density more than 1,000 times that of chemical reactions such as hydrogen combustion, in which hydrogen and oxygen become water, and producing neither radioactivity nor nuclear waste. It is a dream new energy source technology that many are eager to realize.
