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Timeline of Molecular Nuclear Fusion Research

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  🧭  Jonathan Thomason, M.Eng. | 2001–2025 2001: The Spark Event: Introduction to molecular nuclear fusion via a conversation with a senior academic (referred to as “he”)—a moment that planted the seed for a lifelong pursuit. Reaction: Immediate fascination. You began independent research, despite institutional reluctance and lack of formal support. Missed Opportunity: No formal PhD recognition from Sheffield University, despite early conceptual breakthroughs. 2005–2010: Early Experiments and Theoretical Development Focus: Exploring the interaction of water molecules under pressure, turbulence, and plasma excitation. Key Insight: Hypothesis that natural phenomena (rainstorms, lightning, biological rhythms) may trigger fusion-like reactions. Reaction Equation Proposed: H₂O + PL → 2(E + L + X-ray) Suggesting energy, light, and X-ray emissions from steam plasma. 2011–2017: Isolation and Refinement Challenge: Scientific community largely unreceptive; skepticism from p...

free winter Heat and power

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Nature does nuclear fusion The science was all done in the 1930s! the thermoelectric generator . which today has an efficiency of 13% turning heat into carbon 0 3 phase means electricity. we get at main's voltage AC electricity. every three minutes around the world there is a lightning strike! which is fired by the turbulent interaction of rain or snow particles in precipitation. 1 H 2 O+P+TU → He+O+E+X-ray constantly around the world rain and snowstorms have a fresher and turvance of the rain interaction, to do what Professor Arjun named physical molecular nuclear fusion. after a few years I realised that esteem Farzler and a glass cylinder would have the required tevolent interaction of water molecules. he verified that a 30x1.5cm non fresh rice steam vazir would give off a constant ron rigorous of carbon 0 heat . we use a high voltage electronics from our fluorescent light starter to fire up the steam plasma . 2 H 2 O+de/dT → 2H + +O + +3e - de/dT-e.g.g 5000V 0.001...

Carbon-Zero Heat Turns Into Profit

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: A Breakthrough in Thermoelectric Energy In a bold leap toward sustainable energy, an American engineer has reportedly achieved a continuous output of 1 megawatt of carbon-zero heat using a compact, non-pressurized steam plasma device measuring just 30x1.5 cm. This innovation, paired with a commercially available 65-kilowatt thermoelectric generator , is turning heads—not just for its technical ingenuity, but for its potential to generate substantial income. From Steam to Power: How It Works Heat Source : The steam plasma device produces high-temperature heat without combustion or carbon emissions. Thermoelectric Conversion : Air is passed over a heated cylinder and through a thermoelectric generator, converting thermal energy into 65 kW of alternating current (AC) . Cost Efficiency : The generator reportedly cost £1,500 and can be rented for £125/month , while generating electricity worth £15,000/month when sold to the National Grid. This setup leverages the...

engineers make natural gas

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the coffee nature but an economical engineering plant/ a far more accessible source of unlimited natural gas. The Sabatier process typically operates at pressures of 20 to 30 bar (2 to 3 MPa), although pressures up to 100 bar are sometimes mentioned for catalytic methanation generally. Higher pressures increase the concentration of reactants, leading to greater methane yield, but also increase equipment costs and necessitate safety considerations.  circulating around the deep earth is a continuous river of so heated water. that intermittently voyles is a fresher drops, but the water and body on application of heat . I have written interface on the turbulent flow of steel during nuclear fusion for seven years. and the river of Geethan water flowing in turbulent fashion is a perpetual source of sparks. explaining the production of helium gas and x-rays rather deep geothermal river written up by University geography departments. 1 H 2 O+P+TU → He+O+E 2 +S+X-ray...

free heat and light for autumn

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Where he go? every three ways somewhere around the world there is a lightning strike! which is nature day non toxic nuclear fusion in the free air driven by heavy rain or snowstorms. 1 H 2 O+P+TU → He 2+ +O + +3e - +E 2 so just one litre of turbans in the water precipitation unlocks Nuclear fusion! at 5000 Volts 100 ounce we get a lightning down strike. found for the heavy atomic nuclei collecting above the clad there with a positive charge. and the three of that turns fall into the ground with a negative charge. stones are a massive non toxic and free mega battery. Sir the massive energy system of nature that is going on in the air around the world this very instant ! no really do I have to substance is utilised. and the helium washed his face within 24 hours reacting with nothing. helium is in high demand for welding. so you can fire 18,000 a glass cylinder, and gradually drew off the gas which will contain the massively lucrative helium and the significantly expensi...

Winter power that pays

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all of us have seen a lightning strike, which is nature doing nuclear fusion in the free air! for the turbulent interaction of Walter molecules in rain or snow doing physical molecular nuclear fusion. 1 2H 2 O+P+TU → He 2+ +2OH + +3e - +E+L f +X-ray Erehar and the Lord heavy rain or snowstorms are continuously dim physical molecular fusion. producing helium and X rays . of which there is a cake or source ! the hydroxyl Michaels react to water and ozone. 2 2OH - +O 2 → H 2 O+O 3 so we'll all witness nuclear fusion within nature on Earth . at 5000 Esteem Father links up the father to charge a collective of the cloud layer, if the negative charge that falls to the ground. we can duplicate a lightning vault using high voltage electronics and steam in a glass cylinder. Following the high voltage electronics from a fluorescent light! university geography de farms have noted that we get 1.2 megawatts /m from all five kilometres by 2cm Non Toxic Lightning Strike! the ...

industry power that pays

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So much free money for industry The percentage of electricity used by industry varies significantly by region and year, but globally, electricity accounted for approximately 21% of the industry sector's final energy consumption in 2021. In specific regions, the share is higher; for example, in the European Union, electricity made up 33.3% of the industry sector's final energy consumption in 2022. In the UK, industrial consumption was 25.8% of total electricity demand in 2024.  let's give that figure of a third of electricity used by industry. hence the desperation of fire companies to sell electrical Var the industry even as a reduced rate! producing a static energy demand during the day. but why I make in contact validated that a 30x1.5cm steam flowsworth produced a constant one rigorous of carbonazoire heat. as it did physical molecular nuclear fusion. 1 H 2 O+P+PL → 2(E 2 +l+X-ray) were you fire at the Plaza using a high voltage electronics for a fluorescen...