●The principles of lightning generation and element transmutation in nature

 

When the Earth's surface is heated by sunlight, the moist air near the surface warms up, creating an updraft. This causes cumulonimbus clouds to form, where not only raindrops but also ice crystals can develop. These ice crystals grow larger as they rise.

Once the ice crystals grow large enough and gravity overcomes the updraft, they begin to descend. The ice particles collide with each other, with smaller particles becoming positively charged and larger particles becoming negatively charged. Additionally, the upper part of the cloud becomes positively charged and the lower part negatively charged. When the air can no longer withstand the electrical forces, it discharges, generating lightning.　 It has been believed for about 100 years that elemental transmutation by plasma occurs in thunderclouds when lightning is generated.

The thunder Storm generator is an application of this principle, capable of generating small lightning strikes and performing elemental transmutation by plasma

●What are the uses of a Thunder Storm Generator?

Thunder Storm Generators not only provide a means for businesses, governments, and nations to immediately meet current regulations and long-term carbon emission targets, but also

　◎It can generate oxygen/breathable air from exhaust gases, ultimately eliminating the need for any oxygen supply during operation. The groundbreaking advantages in fields such as aerospace, submarines, mining, medical, military, and emergency response are clear.

　◎It will meet current energy demands and support a smooth transition for industries while reducing reliance on natural carbon-based fuels (coal, gas, and oil).
Existing oil, gas, coal, and mining infrastructure can be utilized for many years to come.

　◎Reduce or eliminate reliance on rare minerals in energy production/storage and carbon emission reduction.
Eliminate thermal traces from carbon exhaust gases.

　◎It can be configured to produce rare and useful elements through a stepwise element transmutation process.。

　◎It can purify harmful substances (such as liquids and gases) and render them safe and inert.

●How does a Thunder Storm Generator works?

The Thunder Storm Generator consists of three main units, which are retrofitted to the exhaust and intake ports of an internal combustion engine. The Thunder Storm Generator (TSG) has no moving parts and requires no external power source. The TSG process is initiated by existing waste heat, shock waves, and carbon generated from the engine.。

 

　◎UNIT 1: Ionizer/Air intake
The first unit is the air intake, which contains a UV lamp of a specific frequency. This first step pre-treats the air flowing into the second unit, the bubbler (or plasmoid generator), to ensure a smooth start to the next step.す

 

　◎UNIT 2: Plasmoid Generator / Bubbler
Using vacuum and compression cycles measured by the engine, air flows through the system, agitating the water in the bubbler, reducing the surface tension between the water and air, and forming bubbles of various sizes. Large bubbles rise to the water surface and burst, while smaller bubbles gradually shrink, causing cavitation. This process fuses naturally occurring coherence regions within the water, generating an MSAART plasmoid (a self-sustaining structured plasma field generated in water).す

 

　◎UNIT 3: Thunder Storm Generator / Vajra
The majority of the element transmutation processes that occur within the Thunder Storm Generator take place in Vajra, the system's No. 3 unit. Vajra has a structure consisting of two nested sets of steel balls connected by nested tubes.