unhappening

We presently have at least five operating processes that (inadvertently) are using this negative energy process to directly do "unhappening" in physics of actual ongoing observable phenomena.

ZPEnergy.com 2009

Hence statistically the water molecules in the tickled area start "falling apart" as their OH bonds now have much less probability, and so they just start "unhappening" statistically as their OH bonds start vanishing statistically.

ZPEnergy.com 2009

Hence statistically the water molecules in the tickled area start "falling apart" as their OH bonds now have much less probability, and so they just start "unhappening" statistically as their OH bonds start vanishing statistically.

ZPEnergy.com 2009

We presently have at least five operating processes that (inadvertently) are using this negative energy process to directly do "unhappening" in physics of actual ongoing observable phenomena.

ZPEnergy.com 2009

And that means that we are adding in "negative probabilities" into that bubbling structure (say, a container of water, in each water molecule structure) so that the entire bubble structure for the water molecule starts "backing back down" its ongoing creation chain -- in short, it starts "unhappening" at its "highest positive energy end".

ZPEnergy.com 2009

We presently have at least five operating processes that (inadvertently) are using this negative energy process to directly do "unhappening" in physics of actual ongoing observable phenomena.

ZPEnergy.com 2009

We presently have at least five operating processes that (inadvertently) are using this negative energy process to directly do "unhappening" in physics of actual ongoing observable phenomena.

ZPEnergy.com 2009

Hence statistically the water molecules in the tickled area start "falling apart" as their OH bonds now have much less probability, and so they just start "unhappening" statistically as their OH bonds start vanishing statistically.

ZPEnergy.com 2009

And that means that we are adding in "negative probabilities" into that bubbling structure (say, a container of water, in each water molecule structure) so that the entire bubble structure for the water molecule starts "backing back down" its ongoing creation chain -- in short, it starts "unhappening" at its "highest positive energy end".

ZPEnergy.com 2009

Hence statistically the water molecules in the tickled area start "falling apart" as their OH bonds now have much less probability, and so they just start "unhappening" statistically as their OH bonds start vanishing statistically.

ZPEnergy.com 2009