Proposes graviton population inversion and lasing in ultra-cold squeezed bosons via prior interaction Hamiltonian, with growth tied to boson number and squeezing, yielding an experimental proposal for a graviton laser.
It is quite evident that even for systems with high phonon numbers, it is quite difficult to obtain the above population inver- sion condition
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Towards graviton lasing from squeezed ultra-cold systems
Proposes graviton population inversion and lasing in ultra-cold squeezed bosons via prior interaction Hamiltonian, with growth tied to boson number and squeezing, yielding an experimental proposal for a graviton laser.