Two corrections so far - subject line and this:
then this makes the "below-ground-state excursion" and the
possibility of a resultant "faux D" (from light water) or
Faux dineutron (from heavy water) at least arguable.
In the light water SPAWAR cell, presumably the interaction of monatomic
hydrogen (which has been split-off via the deposited Pd) when it occurs
with the O++ ion (from the polymer) would then result in a "faux n"
(false-neutron) which is to say a subthermal highly shrunken hydrogen
atom which is closer to a neutron in size and physical properties than
it is to hydrogen and which entity has already given up (in the form of
UV photons) much of its original mass-energy.
This is probably a testable hypothesis!
All SPAWARS needs to do to confirm this is to mount a UV photocell in
the electrolysis cell itself and in close proximity to the film.
They can probably even borrow the appropriate UV photomultiplier from
NIST, which has them available (or had) on a lease program. They should
be getting high levels of EUV, if this hypothesis is correct.
Jones
