Herhofer Cold Fusion Burning Process and Mission Goals

Herhofer Cold Fusion Burning Process and Mission Goals

Herhofer Cold Fusion Burning Process and Mission Goals

Despite decades of research having given example sun burning process of a type Cold Fusion Process. The best ideas stop chain reaction using nuclear fusion maintained by magnetic system.

Our view point over cold fusion process is the exact sun burning process which is tritium and deuterium burning to hydrogen.

It is not possible to define cold fusion process without knowledge of gravity lifecycle, and here I will explain the mission of cold fusion process

Firstly, Cold Fusion Process is really strong relaying on gravity where burned tritium and deuterium and making sun smaller and reducing surface gravity force giving next layer tritium and deuterium continue burning and having natural gravity controlled cold fusion burning process.

Our replication of same cold fusion process is divided in a few stages.

We need to select our cold fusion fuel. Opposite of chain reaction which is a detonation we look slowly burn nuclear fuel capable of cold fusion. Our perception is not every isotope and not every element are capable to be used for cold fusion process explained in sun burning process. One group of the elements is tritium and deuterium we already have an example 100% is capable for cold fusion burning process.

We selected Wolframium for our experiments and there are number of isotopes including isotopes not existing naturally. This is an element capable burn in cold fusion process.

After we selected Wolframium we investigated that the lowest is W50 and highest is W180, mean we can build custom isotopes using magnet nucleus composition systems like IBM managing to order distinct atoms in a specific order. When we know isotopes we want to produce, it will be enough to build W180 spheres and harness the isotope with lesser energy system which moves magnetic field within to the centre of W180 sphere and allows surface burn in cold fusion like sun burning process.

Lesser energy magnetic system will allow slowly move magnetic force within the centre and release surface for burning and that is the right control of the cold fusion process.

Opposite to present cold fusion reactors where magnetic systems force nucleus not to blow in chain reaction. Cold fusion process must happen naturally, forcing nucleus not to split and not to burn is breaking natural gravity lifecycle with opposite existing gravity forces, that way we counter natural flows of cold fusion burning process.

Our Herhofer Cold Fusion burning process relaying on lesser energy cold fusion burning process allowing us naturally flow in the way wood burns in the log burner.

Ƚórénz Ástríðr Herhofer

Herhofer Space Group

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