It is difficult to try and keep up with you, axil axil. On Wed, Nov 5, 2014 at 5:05 PM, Axil Axil <[email protected]> wrote:
> http://physics.aps.org/synopsis-for/10.1103/PhysRevLett.113.193002 > > Quantum Fluctuations Affect a Row of Distant Ions > The quantum vacuum teems with particles flitting in and out of existence, > with small but measurable effects on matter. A team of Israeli researchers > now show that virtual photons produce a tiny collective energy change in a > row of trapped ions even when the ions are micrometers apart. > > This action at a distance is a hallmark of the LENR reaction. Greatly > enhanced virtual photons strength function in LENR to stabilize radioactive > byproducts of fusion reactions. > > The influence of virtual photons in the quantum vacuum was first seen in > frequency shifts in the fine structure of the hydrogen spectrum. The > discovery of this “Lamb shift”—named for the Nobel-prize-winning > experimenter Willis Lamb who first measured it—inspired a new description > of the electromagnetic field’s interaction with matter: quantum > electrodynamics (another Nobel-prize-winning effort.) > > In this latest research, physicists have used atom-trapping technology to > show how the vacuum’s effects grow when many identical emitters interact. > For example, in “superradiance,” the total emission increases because > virtual photons emitted by one atom stimulate emission by the others. The > corresponding “collective Lamb shift” of the energy levels has previously > been measured for emitters that are closer than the light wavelength, so > their dipole moments interact directly. > > Atoms are bosoms and when bosoms all communicate so that they work in > unison, greatly enhanced super-radiance resonance results. Polaritons are > strongly coupled through dipole thermal vibrations. A collection of > polaritons will quickly reach a state of condensation to a common > residential quantum configuration. The virtual particles produced by this > condensate is super-radiant meaning those disturbances in the EMF field > will be greatly amplified and there effects will be felt at a considerable > distance from there point of origin. > > Not only the magnetic anaplole fields produced by polariton solitons will > be greatly amplified by super-radiance but also the associated virtual > particles derived from disturbances in the vacuum in which the polariton > solitons condensate rests will also be greatly amplified. > > In such a situation, a very quick or even instantaneous stabilization of > radioactive nuclear wast products from fusion reactions will result. >
