Jones Beene wrote:
When a proton becomes “temporarily” bare, almost
immediately it will attract an electron, and if none
is available from 3-space, then one will be
forthcoming form the epo field, which will express a
local-charge-deficit such that any “real electron”
cross over and will fill that deficit. That is a
net-neutral transaction most of the time, and happens
continually in the quantum-foam of virtual
positronium.
However, depending on the initial T of the H2/He gas, the energy to;
first dissociate, then ionize the H2, causes a physical separation of
the charge carriers: a void filled by the neutral He. The result is a
capacitive effect for the duration of the ionizing pulse. This duration
allows stratification of the epo, whose dispersal upon neutralization of
the E field, results in a delta T, an increase in enthalpy.
<particle stuff snipped> (Sorry, I have a date, with my wifie :-)
