TRANSMAN MAG
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TRANSMAN MAG $

HELIUM 3
$& the quest for FREE ENERGY
HELIUM-3 (He-3) IS A GAS THAT HAS POTENTIAL TO BE USED TO
PRODUCE ENERGY HERE ON EARTH.
HE-3 IS PRODUCED BY THE SUN AND IS CARRIED BY SOLAR WINDS.
OUR ATMOSPHERE PREVENTS HELIUM-3 FROM REACHING EARTH.
HOWEVER, THE MOON HAS NO ATMOSPHERE AND HE-3 WAS RECENTLY DISCOVERED ON THE MOON.
IT IS ESTIMATED OVER ONE MILLION TONS OF HE-3 IS ABSORBED INTO THE MOON’S SOIL.
AN ESTIMASTED 25 TONS OF HELIUM-3 COULD POWER THE UNITED STATES FOR OVER A YEAR

A DEUTERIUM/HELIUM -3 FUSION REACTION WOULD LIBERATE 164.3 MEGAWATT OF ENERGY PER GRAM OF HE-3
WITHOUT PRODUCING AND NUCLEAR WASTE.
YES! YES
A DEUTERIUM/HELIUM -3 FUSION REACTION WOULD LIBERATE
A DEUTERIUM/HELIUM -3 FUSION REACTION WOULD LIBERATE
164.3 MEGAWATT OF ENERGY PER GRAM OF HE-3 WITHOUT PRODUCING AND NUCLEAR WASTE.
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164.3 MEGAWATT OF ENERGY PER GRAM OF HE-3 WITHOUT PRODUCING AND NUCLEAR WASTE. $

The main advantage of helium-3 fusion over fusion using tritium and deuterium, isotopes of hydrogen, is that it doesn’t create radioactive neutrons.
SUp theN? No NUCLEAR IS GOOD.
In 2022, China returned from the moon with A helium-3 ISOTOPE now REFERRED to as “Changesite-(Y)”
NOW A VIAL OF MOON PARTICLES,
SCRAPED FROM THE LUNAR CRUST BY A CHINESE ROVER,
HOLDS TINY CRYSTALS WITH THE CAPABILITY OF POWERING A NUCLEAR REACTOR.
THIS chemical composition CONTAINING helium-3,
a heavier isotope of helium that exists naturally within the earth’s crust, Is now becoming exceedingly rare on our planet.
Helium-3 is believed to be a valuable source
of nuclear fusion energy—and one that also avoids side effect of CONTAMINATING THE ENVIRONMENT.
A DEUTERIUM/HELIUM -3 FUSION REACTION
WOULD LIBERATE
164.3 MEGAWATT OF ENERGY PER GRAM OF HE-3
WITHOUT PRODUCING ANY NUCLEAR WASTE.
PERHAPS THIS IS WHY OUR THE UNITED STATES GOVERNMENT HAS YET TO RETURN TO THE MOON AND INSTEAD HAS PRIVATIZED THE FLIGHT OF SPACE AND HIDDEN THE TRUE WAY TO OUR COMPLETE FREEDOM- FREE ENERGY.
BLESSED BE.
LOVE,
TRANSMAN MAG

HAVE YOU HEARD OF THE BLACK KNIGHT?
