Oh, is that all...
So all we have to do is to use Mills' "Grand Unified Theory of Classical Quantummechanics",
which is only completely unaccepted by established science,
and simply make nano-reactors in which we magically squeeze hydrogen atoms into
their "hydrino" sub-zero energy level, yet still cause them to bond somehow, without
emitting any photons?
You do realise that even in Mills' theory and his replicated though still not commonly
accepted Blacklight-hydrino experiment, generation of hydrinos from pure hydrogen
always involves emission of very high frequency UV light?
Mills' company is not called "Blacklight Power" for nothing.
As far as I know his theory does not allow squeezing of hydrogen into its sub-zero
energy state, without emission of UV photons.
And "nano-reactors", yeah, if we could esily construct active nanostructures,
we could do a lot. Nanodiodes for example would already be a great help.
But constructing such nanostructured "metamaterials" is not really something
we are very good at yet.
Then, the Casimir effect, that involves the attraction of two plates because of the
simple fact that the distance between the plates in relation to their surface dimensions
is so small that only a relatively small amount of incident radiation (incoming waves)
can "get in between" the plates, all larger wavelengths cannot, and all larger wavelengths
push on the outer surface of the plates, so there is a net force pushing on these outer
surfaces that is larger than the net force pushing on the inner surfaces, and the plates
are pushed closer together. The closer they get, the larger the net force.
How would you control the exact location of the occurrence of the Casimir effect?
How do you imagine to be able to allow only the hydrogen atoms to experience
Casimir forces and to keep any of the surrounding atoms from experiencing the same
effect? After all, it would be like putting two plates in a room with a lot of other plates,
and then expecting only those two plates to experience the Casimir effect while the
surrounding plates do not...?
Also, why would two hydrogen atoms bond when pushed together? Atoms repel...
unless they form a chemical bond, which involves emission of photons...
Well... I see an interesting setup for a thought experiment which does not seem
to have been followed through completely yet...