Nuclear Fusion on Earth

Get your free money constantly around the earth heavy rain and even snowstorms do what the late professor at Vermont Argent turned physical molecular nuclear fusion. he was an oracious professor of engineering materials, who got intrigued from my chemical and physical equations showing storms transformed regular light water and to heavy unoxy gases there must have heat light and potentially look for X rays. the elite having been recorded by geography as the omission of infrared radiation. heavy rain or snowstorms emitting X-ray radiation - of which is now chemical source. Thunderstorms are associated with "X-ray storms" or X-ray emission, produced the nuclear fusion going on in the storm clouds.  These high-energy emissions, which can include gamma rays, are often observed as short bursts preceding or during lightning discharges. Tragically physics and geography did not talk to each other, even the geography carries around for mineral analysis. physics are particu...

    This is from high school biology      by J Thomasin M.Eng Assisted by Microsoft copilot Oh soTrue : Plants absorb carbon dioxide (CO₂) during photosynthesis, converting it into carbohydrates and releasing oxygen. 1 mCO 2 +(n+r)H 2 O+Lir → (C m (H 2 O)n+mO 2 -e)+r(He+O+X-ray) cell phones on land and sea do biological molecular nuclear fusion. for all first year undergraduate physics at Sheffield University. hence the production of helium and X rays of which there is no chemical source. for the 66,000 years Biology teaches us that the afternoon covered arcs are low around the earth has been fixed at just two hours per million biological data: any additional carbon dioxide like from Vernon fossilised biological life, converted into active front wireless around the earth within five minutes. a gradual increase in terrestrial carbon dioxide is biological sufidity of the highest order. any clever Chinese scientists attesting th...

Carbon 0 pays big time this uses some favours published by University Geography departments. heavy rain or snow showers give a heat, light flashes and even x-rays! And university physics departments have noted that heavy stones also form a minute volume of helium and free radical oxygen . here I was helped by Professor Will, who gave me the work published by Columbia University 1932, the ultrasound sets off turbulence in liquid water and thus does nuclear fusion. a very powerful idea! 1 H 2 O+P+TU → He 2+ +O++3e - +L f +E 2 +X-ray L f = the spooky light flash illumination we have all noticed in heavy rain or snowstorms. so continuously around the earth heavy rain or even snowstorms are doing nuclear fusion in the open air. no hyphotoxic radiative isotopes involved. acres off as the professor suggested from regular water. producing inert helium which reacts with nothing. leaving the positive charge from the atomic nuclei on the cloud tops which act as a great charge collec...

2x the power a running factual engine does physical molecular nuclear fusion. you read that right, every virtual or diesel engine in the world does nuclear fusion. 1 C 16 +H 34 +24O 2 → 16CO 2 +(17-r)H 2 O+r(He+O+E 2 +X-ray) for brevity m=16 n=34 p=16 for these engines these numbers vary! the simplest way to increase the energy output is to frustrate the fuel air mixture before combustion .Bery 2 C m H n +pO 2 +P → mCO 2 +(n-r)H 2 O+x r((He+O+E 2 +X-ray) doubling the pressure x=2 we do double the fuvain but we get it so much energy. but the technology behind foreign cars is very regimented! an effect that federal engines do nuclear fusion at 1000 o C is a very under researched area. though interestingly enough it was alluded to during my thorough dunno lectures at Sheffield University 1982. I was fizzy trying to fuss my degree so fast on. in the same lecture course we were taught that Fase Centre Cubic metals catalyse hydrogen reactions. FCC metals include nickel,...

Fly carbon 0 We do not Utilise Lithium batteries and recharging. Azad is worth inconvenient and expensive. We utilise a thermoelectric generator. Forced in the 1930s as 8% efficient but now reaching 13% efficiency of transforming heat directly into electrical power. It wrecks with what Metallurgists call a rare earth metal. Which are not rare! All the assassins talk to me in the 1980s, But I was busy passing my degree and then getting worried and starting work. 1 Th(NO 3 ) 4 +E → Th(NO 3 ) 4 +e With us heat through a rare metal salt Thorium, a naturally occurring, weakly radioactive metal, is being explored as a fuel for molten salt reactors (MSRs). These reactors use liquid fluoride salts as both coolant and fuel, offering potential advantages over traditional uranium-fueled reactors,  The most common thorium salt is thorium nitrate, specifically Th(NO3)4. It is a white, hygroscopic solid that can form tetra- and pentahydrates. T...

 Natural Molecular Fusion and safe, clean Energy The conventional framing of carbon emissions and climate science is often tied to fossil fuels and nuclear energy. Yet, emerging theories propose nature itself may harness molecular processes, producing energy without carbon dioxide generation. Natural Nuclear Fusion via Photosynthesis Researchers have proved that during photosynthesis, complex energy interactions may do non-dangerous low-level nuclear fusion: Photosynthetic reactions in plants transform carbon dioxide and water into carbohydrates and oxygen. Proposed mechanisms suggest that hydrogen ions in water may undergo benign nuclear fusion activity, releasing helium and X-rays. This occurs also geographic studies during lightning strikes or intense weather events—phenomena observed to emit bursts of radiation and helium production. Evidence from Atmospheric Phenomena Experiments and scientific proof: Lightning bolts interacting use a steam ...

A Scientific Exploration The dream of providing unlimited fresh water to the world hinges on breakthroughs in  carbon-zero electricity generation  and  heat-to-power conversion . Let’s unpack the science behind this vision and explore the technologies that could make it possible. Before I forget, Firming up river or stream water, Even collected rainwater or water from the seas, Transforms it into the purest water on the planet. You got that teared into a holding tank. Nothing lives totally desealinted water So no chlorination required. One little vacuum pump and unlimited pure water. 1. Carbon-Zero Electricity Generation Several emerging technologies offer pathways to generate electricity without emitting carbon dioxide: Plasma Technology : Non-thermal plasma systems can reform natural gas into hydrogen with minimal CO₂ emissions. These systems use dielectric barrier discharge reactors to produce hydrogen at lower temperatures and pressures. Steam Plasma Torches : High...

by J Thomason and copilot  Chapter 1: Sparks in the Garage The rain tapped rhythmically on the corrugated roof of the old workshop as J. Thomason hunched over a tangled mess of copper coils and glass tubing. She was brilliant, stubborn, and slightly in love—with her machine. "If Edison had a daughter," grumbled her American friend Blake, sipping a lukewarm coffee, "she’d probably be you. But with more explosives." J shot him a look. “Funny. Now hand me the light starter.” “Fluorescent or nuclear-grade?” “Oh please, I’m saving the nuclear stuff for my honeymoon.” Blake chuckled and passed it over. The old fluorescent starter crackled to life in her palm. With the flip of a switch, a faint hum filled the room. Steam hissed gently from the aphasia cylinder, silver-plated to shine like a mirror into another universe. “You’re really doing it,” Blake whispered. “No petrol. No diesel. Just plasma and poetry.” “And a touch of madness,” J replied, “which is basical...

 by J Thomason and copilot      https://nuclearfusiononearth.blogspot.com/2025/08/claire-light-raithway.html You've got the bones of a delightfully quirky and brilliant story here—equal parts steam-powered nostalgia, eccentric innovation, and a romantic undercurrent bubbling beneath plasma physics and countryside economics. Here's how I imagine it could unfold across ten chapters: Chapter 1: The End of the Line The Clair Light Railway had once promised prosperity—a sleek ribbon of steel threading through the soft belly of Cumbria, past mossy fields and sandstone hamlets. But by the time Doug inherited the keys to its last remaining engine, the promise had buckled, dulled, and settled into quiet disillusionment. Carlisle Station’s siding was the end of that line. Not the dramatic kind, with fanfare and glossy timetables, but a sideline—a stub of track curling half-heartedly beside a cluster of overgrown hedgerows. It hid beneath a sagging footbridge no one used, b...