As an alternative to professor Kims offering, I humbly offer this
alternative explanation to the origin and possible functionality
characterized by the atomic coherence that is required if radiation from the
nuclear reactions that makeup the Rossi process are to be suppressed.

First off, the formation of Rydberg matter begins with the production of
highly excited alkaline atoms (HEAA) when hydrogen, lithium and/or potassium
are heated to high temperatures and pressures enclosed within a gaseous
envelope composed primarily of hydrogen gas. Yes, lithium or potassium is
the most probable secret element additives that catalyze the formation of
Rydberg matter.

In all methods currently known to successfully form Rydberg matter; an
adjacent surface removes the excess energy released by the condensation of
these HEAA. The most efficient process to form this condensate of Rydberg
matter clusters so far has been desorption (evaporation) from a solid
surface as they seek to minimize their energy, which means that the excess
bond energy is deposited in the surface.

In more detail, like bosons that can be condensed to form Bose-Einstein
condensates, Rydberg matter can be condensed, but not in the same way as
bosons. The reason for this is that Rydberg matter behaves like a gas where
it cannot be condensed without removing the condensation energy. If this
heat removal is not done, ionization of the component atoms occurs. All
solutions to this problem so far involve using an adjacent surface in some
way, the best being evaporating the atoms of which the Rydberg matter is to
be formed from and leaving the condensation energy on the surface.

However in the Rossi reactor, the absorption of energy from HEAA is done
onto the cold walls of the reaction vessel.  This formation of Rydberg
condensate matter is a change of state process that will cause Rydberg
matter to first form and then to hover very near to the surface of the
reaction vessel walls through an electrostatic attraction at the point on
the electrostatically grounded reaction vessel wall where it was formed.
This condensate then acts to catalyze the Rossi process.

Highly excited atoms of lithium or potassium form a condensation template or
seed that excited hydrogen atoms use to condense around at the surface of
the reaction vessel. Oftentimes, these lithium or potassium atoms might
combine and intermix with hydrogen to form a multi- alkaline -element
complex variety of Rydberg matter condensate.

In the final step of the Rossi process, the coherent wave forms of these
many Rydberg atoms that comprise the Rydberg condensate will work in concert
through a quantum mechanical summation process to form a combined, entangled
and coherent de-Broglie wave form whose wavelengths become sufficiently
large to overlap with those of the neighboring nickel quantum wave forms
composing the rugged nano-powder coated surface walls of the reaction
vessel.  The condensate then participates in nuclear fusion reactions at or
very near the surface of the reaction vessel of the Rossi reactor. Because
of its very large coherent de-Broglie wave form, the effective quantum
mechanical range at which this condensate operates may be anywhere up to a
few hundred nano-meters centered upon the location of its formation.

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