Semiconductors generate an intense inflow of electron oscillations, which are a powerful source of "radiant energy".Simple ion lamp can be used for the generation and transformation of this form of "radiant energy" to useful electromagnetic waves.Appropriately tuned transformer can be used for the direct conversion of these oscillations in voltage and amperage. This unique lamp shown in Fig. 1.
When the conditions are met to make an ordinary material can generate intense peaks "radiant energy" which can be locked via a radio static noise. Make a device that would be able to effectively capture this energy and convert it into useful electric current, and you get a powerful source of electricity. This instrument will receive the energy from the artificially fissile material, in accordance with the description given by Gustave Le Bon in his book "The Evolution of substance" and "Evolution of power".Įnergy and matter are two special entities having similar symptoms. The substance is stable condensed form of energy. Heat, light, electricity, etc. vibrations are unfused substances characterized by fluctuations of different frequency. "Space Energy" - a term that Le Bon used to determine the matter and energy as one and the same manifestation. He suggested that when the stability of the substance disintegrates, it is transformed into energy, that is what is perceived by us as heat, light, electricity, radioactivity, etc. The power generated by means of the proposed schemes of me originates from the transformation of matter in the "radiant energy." It is not the result of the splitting of atoms. In order to achieve significant power from receiving self-induced radioactive substance required unsafe amounts of radioactive material.
RADIANT ENERGY GENERATORS GENERATOR
My invention is a unique method of using the long-known source of energy. I was able to find virtually inexhaustible source of energy. "Radiant energy" has existed since the beginning of time. I managed to create an improved method for generating and converting radiation energy kinetically active ions, cosmic energy (can be variously called this phenomenon) into usable electricity. Just imagine the generator operating at the expense of "radiant energy" which could serve as a kind of energy detonator capable of releasing an enormous amount of energy. Furthermore, to actuate a device requires only one small spark. It does not require the invention of any new laws of physics and do not violate any of the existing laws. In this case, simply expanding their use. While there is a global lack of tritium, a fuel that many companies plan to use to fire fusion plants, Holland said that is not a concern because the companies plan to breed tritium in the fusion plants with the use of lithium.Ī fusion plant would only need the amount of lithium found in about four electric vehicles, he estimated.Generation of light energy does not require any non-traditional areas of science, bypassing the principles of "common" physics. "We want to make sure the supply chain companies are aware that fusion is coming so they can make the investments to scale up." "The biggest challenge honestly is just scale," Holland said. Money will also go to super magnets, lasers, and power supplies.Īndrew Holland, the head of FIA, said there is little concern about geopolitical supply risk in the supply chain as no critical parts or materials face global supply shortfalls or come only from unstable countries. Much of the supply chain expense is expected to go to high grade steel and concrete and superconducting wire to build plants where fuels will be heated to more than 100 million Celsius in special chambers.
That spending is set to explode to $7 billion by the time fusion companies develop their first power plant and potentially trillions of dollars in a mature fusion industry, estimated to be sometime between 20, the survey of about two dozen developers said. Looking to master the fusion process using lasers or magnets, private companies and government labs spent $500 million on their supply chains last year, according to the Fusion Industry Association (FIA) survey.
WASHINGTON, May 17 (Reuters) - Companies looking to harness the process that powers the sun and stars to generate electricity expect to spend about $7 billion by the time their first nuclear fusion plants come online, a survey published on Wednesday said.įusion occurs when the nuclei of two light atoms such as hydrogen, heated to extreme temperatures, fuse into one heavier nucleus releasing vast amounts of energy.
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