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Quantum noise with exchange and tunneling is studied within time-dependentwave packets. A novel expression for the quantum noise of two identicalparticles injected simultaneously from opposite sides of a tunneling barrier ispresented. Such quantum noise expression provides a physical (non-spurious)explanation for the experimental detection of two electrons at the same sideunder static potentials. Numerical simulations of the two-particle scatteringprobabilities in a double barrier potential with an oscillatory well areperformed. The dependence of the quantum noise on the electron energy andoscillatory frequency are analyzed. The peculiar behaviour of the dependence ofthe quantum noise on such parameters is proposed as a test about the soundnessof this novel quantum noise expression, for either static or oscillatorypotentials.

Quantum noise with exchange and tunneling: Predictions for a two-particle scattering experiment with time-dependent oscillatory potentials