Jones,
The large spheres outside the cavity are monatomic hydrogen which
occasionally collides to form h2 and give off a red photon, the h2 either gets
repelled away from the entrance to the cavity or disassociates due to change in
Casimir force which wants to change the atoms to a fractional state in
opposition to the bond. Once inside the atoms shrink to fractional states - if
they form a fractional h2 molecule they give off what appears to be a blue
photon from our perspective outside the cavity. The new fractional molecule can
no longer be simply repelled away from the change in Casimir force because it
is already at an intermediate fractional value which is going to change no
matter which direction gas law drives the molecule (assuming the geometry is
dynamic and not smooth like inside a nanotube that only has cat action at
openings and defects). As the molecule moves Casimir force accumulates trying
to change the fractional orbit until it finally breaks the diatomic bond
allowing the translation to occur.
I am not saying that hydrogen isn't stored as hydrides but this sim only
focuses on the ash less chemistry that I believe occurs when the stage is
properly set with atomic gas and a rigid catalyst with vigorous geometry
(confinement). The fractional orbits inside the cavity react differently to
Casimir effect depending on their bond state. diatoms outside the cavity resist
the change in isotropy and get repelled or disassociated by proximity to the
mouth of the cavity while atoms can translate freely into the cavity.
Regards
Fran
SIM 1.0 fractional hydrogen ash less chemistry<http://www.byzipp.com/sun31.swf>
Thanks for the feedback -this is just Sim 1.0 and is less presentable than it
will be in time.
