Theoertical investigation of quantum waveform shaping for single photon emitters
Leno M. Pedrotti, Imad H. Agha · Optics Express · 2016
We investigate a new technique for quantum-compatible waveform shaping that extends the time lens method, and relies only on phase operations. Under realistic experimental conditions, we show that it is possible to both temporally compress and shape optical waveforms in the nanosecond to tens of picoseconds range, which is generally difficult to achieve using standard dispersive pulse-shaping techniques.