Solid Stellar Energy is kind of completely new fusion level related energy release factor. This kind of Energy related effect occurs at relatively low temperatures (up to several thousand degrees Celsius, but normally up to a little bit greater than 1000°c). Solid Stellar Energy or SSE is a kind of reaction with fusion energy release level reaction phenomenon(up to several thousand degrees Celsius, but normally up to a little bit greater than 1000°c). SSE – in our understanding, is the desire for equilibrium of a non-equilibrium substance energy obtaining in the nuclear level sense. The main task of SSE reactors is to create suitable conditions for this. As there is no radiation or negligible radiation release can take place in “Solid Stellar Energy”(SSE) reactions and its facilities, so strictly speaking, the “Solid Stellar Energy”(SSE) reaction and its energy release is not part of fusion or LENR; it is a completely new subject that our science has never touched before.

Given the current climate crisis and the urgent need to reduce global greenhouse gas emissions, researchers continue to search for better, greener sources of energy that can sustainably meet the growing worldwide energy demand. Renewable energy alternatives, like solar and wind power, do not yet reliably produce energy at the scale needed by growing cities and industries – and are not always practical or affordable solutions for small, remote communities and mobile industries.

A promising alternative is the energy released in interactions of hydrogen based substances with solid matter in experimental circumstances that exclude energy release of chemical origin. The corresponding reactions in solids produce energy having the following specific features that are confirmed by successful experiments:

i) Relatively low operational temperatures (below 1000 degrees Celsius).

ii) Lack of release of toxic chemical substances.

iii) Significant density of the released power.

iv) Significant output power.

v) The released power is not of chemical origin.

The mechanism of this energy generation in solids is similar to the mechanism of the energy generation in stars and this is the reason that a terminology solid stellar energy might be used as a name for the wide public, despite this name does not describe the actual physical mechanism of this type of energy release. Compared to other energies, the solid stellar energy can be considered a safer, more efficient, reliable, and affordable way to produce sustainable green energy at any scale.

The company Star Fusion Technology, Ltd. will use solid stellar energy for design and development of novel energy sources.

The following differences take place:

a) Thermonuclear fusion reactions (companies like TAE, General Fusion, Helion, etc.,)occur at high temperatures normally at a range of few million degrees Celsius, while the “Solid Stella Energy” from Star Fusion reactions occur at temperatures normally no greater than a little bit higher than 1000°c

b) Thermonuclear fusion reactions give radiation release, while there is no radiation in “Solid Stella Effect” fusion level energy release reactions.

c) The equipment required for “Solid Stella Energy” reactions is relatively simpler and cheaper in comparison with the equipment required for thermonuclear reactions.

Because its novel energy sources use a successful SSE experimental background. The energy sources will be scalable and they can have various applications in terms of both the output power and the mobility. With over 20 years of scientific research and development as a foundation, our team of scientists works closely with our business team to make us not only the first Solid Stella Energy(SSE) company in Canada, but also one of the fastest commercializing companies in the world on the road to SSE reactor commercialization.