Re: Roll the bones!

http://www.radartutorial.eu/21.semiconductors/pic/helium.big.en.jpg

So what is it, that you are just not understanding about atoms?

Well for one thing, electrons are not bits of dust that orbit a
nucleus.

That was proved wrong over 50 years ago.

Over 50 years, ago.

It is a spherical wave, that leaves the nucleus radius and crests, at
the electron shell.

Thats all it is.

And depending on how much mass the nucleus has, how much it resists
expansion, that is how strong a wave it will send out.
Out through, the quantum foam.

And so then the nucleus has mass, and now what happens if it loses
some of that mass?

Well it can only be in certain states, and it can only be, in the
table of elements, so it will transmute.

If it gains enough energy it will get heavier and become a heavier
element and if it loses energy it will become a lighter element.

So do you have to actually blast it at the speed of light into a
target to get that to happen or can it be done by teasing it, with
certain levels of energy?

You see in that cold fusion example they have Deuterium and palladium.
And it produces Helium.

Well then where does the Helium come from?

Is the Deuterium gaining mass?
And becoming Helium?

Why are you avoiding the issue with regards to Deuterium?
http://tinyurl.com/5t9rxr

You don't know what it looks like? You think it is a molecule and not
an element?
It is just a hydrogen atom, that is excited and is in an excited
state, so it has more mass. It is vibrating in a frequency slot.

If it was a single atom in the quantum foam, it would still be
vibrating in a frequency slot. Its not a continuous spectrum of
vibrational slots, things will only stay stable in those element
slots.

So then if it gains more mass, then it will convert to Helium. How
could it do that? With pressure.
That seems quite simple to understand to me.

Pressure and under the right conditions, it will be forced into
another vibrational slot.
And once there it is stable and now it is Helium, instead of
Deuterium.

I think the idea is that cadmium can trap Hydrogen atoms, and when
they are trapped, they can gain mass.

When they gain sufficient mass they will become Helium atoms.

I think that the excess heat, is them being trapped and causing them
to vibrate. Well if in that process you get a bit of feedback energy,
then that might be sufficient to cause that element to transmute.
Its a light element we aren't talking about a heavy element.





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