Poster Presentation by Hidemi Miura at ICCF20俊郎 浅学俊郎
The document summarizes simulation results on the states of hydrogen, oxygen, and magnesium atoms within or interacting with cubic ice crystal-like water clusters. The simulations found that:
1) Decamer water clusters can exist stably and hydrogen atoms can enter and remain stable within the clusters, especially when present in groups of three.
2) Encapsulated hydrogen atoms were found to linearly oscillate in a way that could cause nuclear fusion through collisions.
3) Magnesium and oxygen atoms were also found to combine stably with water clusters and their oscillations may cause cluster collapse and nuclear transmutation.
However, further experiments and simulations are needed to validate these findings.
Photographs of experiments by Hidemi Miura at ICCF20俊郎 浅学俊郎
The document describes 5 experiments involving tungsten metal, temperature distribution, gas generation, and vibratory agitation of an aqueous solution. The experiments are on vaporization of tungsten metal, temperature distribution on tungsten and glassy carbon, generation of oxy-hydrogen gas, and vibratory agitation of an MgCl2 aqueous solution.
1. States of hydrogen, oxygen, and magnesium atoms were simulated within cubic ice crystal-like water clusters.
2. It was found that decamer-base oligomer water clusters can exist and that configurations with 3 hydrogen atoms encapsulated within the clusters are stable.
3. The 3 encapsulated hydrogen atoms were found to oscillate linearly in a way that could cause them to collide and potentially induce nuclear fusion.
Poster Presentation by Hidemi Miura at ICCF20俊郎 浅学俊郎
The document summarizes simulation results on the states of hydrogen, oxygen, and magnesium atoms within or interacting with cubic ice crystal-like water clusters. The simulations found that:
1) Decamer water clusters can exist stably and hydrogen atoms can enter and remain stable within the clusters, especially when present in groups of three.
2) Encapsulated hydrogen atoms were found to linearly oscillate in a way that could cause nuclear fusion through collisions.
3) Magnesium and oxygen atoms were also found to combine stably with water clusters and their oscillations may cause cluster collapse and nuclear transmutation.
However, further experiments and simulations are needed to validate these findings.
Photographs of experiments by Hidemi Miura at ICCF20俊郎 浅学俊郎
The document describes 5 experiments involving tungsten metal, temperature distribution, gas generation, and vibratory agitation of an aqueous solution. The experiments are on vaporization of tungsten metal, temperature distribution on tungsten and glassy carbon, generation of oxy-hydrogen gas, and vibratory agitation of an MgCl2 aqueous solution.
1. States of hydrogen, oxygen, and magnesium atoms were simulated within cubic ice crystal-like water clusters.
2. It was found that decamer-base oligomer water clusters can exist and that configurations with 3 hydrogen atoms encapsulated within the clusters are stable.
3. The 3 encapsulated hydrogen atoms were found to oscillate linearly in a way that could cause them to collide and potentially induce nuclear fusion.
decontaminating radioactive ash of incineration plant by nano silver俊郎 浅学俊郎
On March 28, 2012 from 9:30 AM to 11:45 AM at the South Clean Center of Kashiwa city in Chiba Prefecture, an experiment was conducted where nano-silver embedded in collagen at concentrations of 10 ppm and 20 ppm was added to burned ash and bone coal and mixed. The mixtures were then checked after 30 minutes and 25 minutes.
decontaminating radioactive ash of incineration plant by nano silver俊郎 浅学俊郎
On March 28, 2012 from 9:30 AM to 11:45 AM at the South Clean Center of Kashiwa city in Chiba Prefecture, an experiment was conducted where nano-silver embedded in collagen at concentrations of 10 ppm and 20 ppm was added to burned ash and bone coal and mixed. The mixtures were then checked after 30 minutes and 25 minutes.