Cold Fussion, How Is It Possible?

freethis

1st September 2007 - 10:22 AM

Resonate a gas, hydrogen, and helium will do just fine.

place the gas in a strong EM field, keep it very cold, the container should be able too shield and reflect, bombard it with light wave, increase the frequency in bursts, up too, and past the gamma spectrum, until the gas condenses into the nuclear reaction.

Then bring the frequent light spectrum back slightly into a lower frequency that keeps the gas at the height of exited state, for the action too continue.

Zephir

1st September 2007 - 10:35 AM

QUOTE (freethis+Sep 1 2007, 01:22 PM)

Then bring the frequent light spectrum back slightly into a lower frequency that keeps the gas at the height of exited state, for the action too continue.

Here can be many ways, how to break the Coulomb barrier.Some combinations of environment and method produce nuclear reactions other than fusion.

For example, when nickel is electrolyzed in a solution containing potassium carbonate (K2CO3) dissolved in normal water, excess energy is produced. This observation has been reproduced by at least nine different laboratories. Evidence from several of these laboratories shows that the potassium is being converted to calcium by taking a proton (hydrogen) into the nucleus. A similar reaction is found to convert rubidium to strontium. Potassium has a Coulomb barrier 19 times greater than that of deuterium and rubidium's is 37 times greater. This experience implies that the mechanism causing penetration of the Coulomb barrier can be very effective, indeed.

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