Dr. Max Fomitchev-Zamilov

Max discusses microscopic thermonuclear fusion / bubble fusion as well as neutron and hands radiation detection best practices.

There is a nearly universal consensus that inex-haustible fusion energy will power out future. Deu-terium fusion fuel from water is cheap with 10 mg of deuterium equal to a barrel of oil! The radiation is entirely contained within the reactor and ceases when the reactor is turned off. The reactor does’t emit CO2 or other pollutants and does not produce nuclear waste requiring remediation. Our objective is to revolutionize power generation with compact, inexpensive thermonuclear fusion reactors.

Nuclear fusion does not have to cost billions and require decades to develop. Conventional approaches to fusion are very difficult and very expensive using extremely hot plasma. Using magnetic confinement, is created and kept in place using super-strong magnetic fields. With inertial confinement, extremely hot plasma is created and kept in place by compressing a solid fusion target using super-strong lasers.

Our approach is different. We rely on the nature of collapsing bubbles for containment. We are ex-panding and collapsing nanobubbles in fluids using acoustic waves. Each bubble is a microscopic ther-monuclear reactor therefore we call our approach Microscopic Thermonuclear Fusion (MTF). Each bubble generates a tiny amount of fusion. The trillions of bubbles pulsating a million times per second allows harvesting several kilowatts of thermal energy from one liter of working fluid!