Vacuum Correlations, Detector Efficiency Fluctuations and Classical Dynamic Violations of CH-Inequality

We study in this paper the possible influence of vacuum fluctuations on photo detection and its background noise Bell tests. analyze consequences standard statistical analysis data showing that it is not fulfilled anymore conventional hypothesis a Poisson like probability density distribution single photodetection events. assume are due to real measurable fluctuating fields, as recently confirmed experimentally, their non null correlations outside light cone contribute photon coincidence rates making them time dependent. introduce generalized correlation function which contains new term supposed induced counting deduce then generalization CH-inequality takes account effect these electric fields detector efficiency. predict an apparatus temperature during we suggest could be observed by looking for colored thermal emission photodetectors, generalizing white prediction C.S.L. models wave collapse postulate. discuss experimental test prediction, based idea inducing whole quantum detectors, aimed observe dependent deviations from stationary predictions Quantum Mechanics.