Cooper pairs are also bosons

[AntonioLao]

The electrolysis of heavy water at superconductivity conditions would necessarily separate the deuteron nuclei and electrons. However, if these electrons are transformed into Cooper pairs http://en.wikipedia.org/wiki/Cooper_pair then the resulting superfluid http://en.wikipedia.org/wiki/Superfluid is composed of superfluid of positive deuterons and superfluid of negative Cooper pairs. This state is more likely to product cold fusion than any other experimental processes.

[mkirkpatrick]

The electrolysis of heavy water at superconductivity conditions would necessarily separate the deuteron nuclei and electrons. However, if these electrons are transformed into Cooper pairs http://en.wikipedia.org/wiki/Cooper_pair then the resulting superfluid http://en.wikipedia.org/wiki/Superfluid is composed of superfluid of positive deuterons and superfluid of negative Cooper pairs. This state is more likely to product cold fusion than any other experimental processes.

Would not the mixing of these two be somewhat hazardous?



regards michael

[AntonioLao]

Would not the mixing of these two be somewhat hazardous

Not unless its ingested. These are not fit for human consumption. It does not give radioactive particles.

[mkirkpatrick]

Not unless its ingested. These are not fit for human consumption. It does not give radioactive particles.

There would be a gas or vapour given off,would there not?




regards michael.

[AntonioLao]

There would be a gas or vapour given off

Not necessarily since Cooper pairs are all in the 4th plasma state of matter (state of maximum potential energy), the others being solid, liquid, and gas.

[mkirkpatrick]

Not necessarily since Cooper pairs are all in the 4th plasma state of matter (state of maximum potential energy), the others being solid, liquid, and gas.

I understand,were the fusion process to occur at room temperature,there would then ensue a rapid increase in temperature?Which would of course need maximum shielding.



regards michael.

[AntonioLao]

then ensue a rapid increase in temperature

That's the excess energy we are talking about. It could be used to heat up a teapot for some afternoon tea.

[mkirkpatrick]

That's the excess energy we are talking about. It could be used to heat up a teapot for some afternoon tea.

We need to be real serious here Antionio,you forgot to mention the crumpets as well?



regards michael.

[AntonioLao]

you forgot to mention the crumpets as well

Thanks for mentioning these. Maybe I forgot or maybe I took it for granted. But since these have almost infinite shelf-life they could be stored indefinitely. Similarly, many of us have taken for granted the existence of the vacuum and calling it nothing. Nothing is forgiven until energy can be derived from it. This is the crux of my investigations.

[mkirkpatrick]

Thanks for mentioning these. Maybe I forgot or maybe I took it for granted. But since these have almost infinite shelf-life they could be stored indefinitely. Similarly, many of us have taken for granted the existence of the vacuum and calling it nothing. Nothing is forgiven until energy can be derived from it. This is the crux of my investigations.

You can only get energy from a potential supplier,nothing has no potential,therefore
no use as a force supplier,bit like trying to dig half a hole?



regards michael.