Generating nonclassical quantum input field states with modulating
... physically corresponding to modes in a cavity. The choice of (time-dependent) coupling operators describing the modulator will be important in shaping the output, however, in this set-up the crucial element determining nonvacuum statistics will be the initial state φ ∈ hM of the modulator. We consi ...
... physically corresponding to modes in a cavity. The choice of (time-dependent) coupling operators describing the modulator will be important in shaping the output, however, in this set-up the crucial element determining nonvacuum statistics will be the initial state φ ∈ hM of the modulator. We consi ...
ON THE QUANTUM STRUCTURE OF A BLACK HOLE In view of the
... show certain types of interactions. It is natural to assume that at the Planck length these objects merge and that the same set of physical laws should cover all of them. Now in spite of the fact that the properties of larger black holes appear to be determined by well-known laws of physics there ar ...
... show certain types of interactions. It is natural to assume that at the Planck length these objects merge and that the same set of physical laws should cover all of them. Now in spite of the fact that the properties of larger black holes appear to be determined by well-known laws of physics there ar ...
The Double Rotation as Invariant of Motion in Quantum Mechanics
... particle wave duality, and so on gives us new approach to space time, or even to exclude space time. In what way? All what seams weird in quantum mechanics should be turned into reality of any or other form of motion in macrophysical appearance. We used for the form of motion new term Motion connect ...
... particle wave duality, and so on gives us new approach to space time, or even to exclude space time. In what way? All what seams weird in quantum mechanics should be turned into reality of any or other form of motion in macrophysical appearance. We used for the form of motion new term Motion connect ...
