Single photon quantum erasing: a demonstration experiment

(a) Calculated number of secure bit per time detection time gate G as a function of the on-line losses for SPPs and WCPs, for a different average photon number per pulse.. The

Semantic support for Sensor Web Enablement Spatio-temporal reasoning in sensor networks Semantic integration in heterogeneous sensor networks Sensors and observations for

Recently, we have extended our lecture demonstration experiment on the wave–particle duality of light for demonstrating the phenomenon of quantum erasing with single

While in case of restricted homomor- phism a ianguage can be generated by a propagating scattered context grammar in case that at most k symbols are deleted between every two

We address the issue of minimizing the heat generated when erasing the information stored in an array of quantum dots in finite

This result illustrates that a quantitative measurement of the visibility of the transmitted light is necessary to qualify the wave-like information in a two-path

To get the highest homodyne efficiency, the phases of the quantum field and local oscillator have to be matched (see Section III). Assuming the phase θ LO of the local oscillator to

From this expression, it follows that the prepara- tion of a quantum state with negative Wigner function does require a heralding detector with negative Wigner function if the