Researchers from Crete have just discovered that if a polariton BEC is squeezed between two metallic contacts, and excited by applying a tiny voltage pulse over these contacts they could change the spin state of the condensate. Because all particles in a BEC occupy the same quantum state, the whole BEC responds in unison, assuming one of the two spin states, up or down. This process operates like a memory cell, and the information is kept in the spin state. This sounds like a possible LENR activation stimulant that might apply to the Quark reactor.
They use extremely low power in the voltage pulse to switch the optical state. The switch is actually bistable. The voltage is only required to switch the device between states, and the total energy required is just 0.8 femtojoule.
The other find was that the light emitted by the polariton BEC demonstrates clarity of the optical signal. This signal has a pure, 100-percent polarization state, in contrast to spintronics, where you have both states, and one state is stronger than the other, This switch mechanism might be a result of the KERR effect.
The activation stimulus changes the magnetic nature of the polariton BEC so that it emits a pure monopole magnetic beam. A typical polariton lasts for just a few picoseconds so this activation signal must be reapplied at a rate that can activate the new polaritons as they a reformed.
Another indicator that the Quark reactor is using this polariton activation process is the nature of the light that it emits. If the light that the Quark reactor emits is in a pure, 100-percent polarization state, we know that Rossi is using a polariton BEC in the Quark reactor and a high frequency low powered activation signal.