The momentum distance uncertainty principle is the effect that cools the
hydrogen that gets trapped in a nanocavity to created ultra dense hydrogen.
The distance gets squeezed and the momentum of the hydrogen atom goes up,
but the transition metal of the lattice that surrounds the hydrogen
https://phys.org/news/2017-01-quantum-vacuum-traffic-space.html
This article explains how light can be squeezed rather than just a selected
frequency of light.
the time/energy uncertainty principle drives the energy way up when the
time is compressed or squeezed.
here is the associated theory
"Anomalous cooling" is a neglected subject with a contentious history
since it implies that anomalous positive energy is available elsewhere
in the system in which the cooling is seem. One does not expect to see
600 volts pulsing through a large copper coil at the same time its
temperature
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