Clarifying Nonstatic-Quantum-Wave Behavior Through Extending Its Analysis to the p-Quadrature Space: Interrelation Between the q- and p-Space Wave-Nonstaticities

If electromagnetic parameters of a medium vary in time, quantum light waves traveling it become nonstatic. A recent report shows that such nonstatic can also appear even when the environment is static where do not vary. In this work, properties are investigated from their p -space analysis, focusing on interrelation between q - and waves. The probability densities (as well as -space) for both nostatic Fock Gaussian states evolve periodic manner, i.e., they constitute belly node turn successively time goes by. we neglect displacement waves, wave phases opposite each other. Since intensity space relatively large whenever forms belly, phase difference indicates periodical exchange -component takes place through evolutions. This novel reciprocal optical phenomenon arisen account nonstaticity.