Light In solid matter couples to the SO(4) 1FC orbit. As this adds mass
the radius of the orbits expands. A more fine effect is the small change
in charge that may happen due to more mass moving on a larger orbit.
The above orbits are all electron orbits and thus adding mass makes the
electron a bit more repulsive.
Jürg Wyttebach
Am 02.08.19 um 23:16 schrieb Axil Axil:
*https://physics.aps.org/articles/v12/88
Focus: Light Seems to Pull Electrons Backward*
/Light hitting a metal surface at an angle sends the electrons moving
in the direction opposite to the light, a result that puzzles theorists.
/
The interaction of light with electrons will produce polaritons.
Polaritons have negative mass. The light gives electrons negative mass
so they move in the negative direction from the force imparted on them
by the light.
But when the light interacts with air which is mostly nitrogen,
polaritons are not formed and the light imposes a force in which the
electrons move in the direction positive to the force imparted by the
light.
There is a lessen here to be learned by LENR engineering. Air is a
LENR poison. Polaritons on a metal surface will not form when exposed
to nitrogen.
Freedom from surface contamination on a LENR active metal surface must
be perfect for the LENR reaction to occur. Any poison on that surface
will destroy the plasmonic reaction that brings forth polaritons.
--
Jürg Wyttenbach
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