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bauhaus
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Does anyone know if they have considered using ultra high efficiency magnets to create an oscillating pulse into the energy of the electron orbital shells? This may in turn break the Coulomb barrier.
bauhaus said:Does anyone know if they have considered using ultra high efficiency magnets to create an oscillating pulse into the energy of the electron orbital shells? This may in turn break the Coulomb barrier.
bauhaus said:So far it appears researchers have tried to increase the repoducibility or heat output of Low Energy Nuclear Reactions by using lasers, electrical pulse, microwaves but no one has yet thought to use magnetic fields created by "Bitter Magnets" or imploding magnets to increase the anomalous heat ("excess heat) reaction.
bauhaus said:Edmund Storms has written about this. Do you have evidence to dispute my contention?
Yes, it is possible to split water using magnetic fields. This process is known as magnetolysis or magneto-electrolysis.
The process involves passing an electric current through water that is exposed to a strong magnetic field. This creates a force that separates the water molecules into hydrogen and oxygen atoms.
The splitting of water with magnetic fields has various potential applications, including renewable energy production, hydrogen fuel generation, and water treatment and purification.
Yes, there are some limitations to this method. It requires a strong magnetic field and an electric current, which can be costly and energy-intensive. Additionally, the process is not yet efficient enough to be used on a large scale.
While the technology is still in its early stages of development, some industries, such as the automotive and aerospace industries, are exploring the use of magnetolysis for hydrogen fuel production. However, it is not yet widely used in commercial applications.