… photonic circuits, as well as quantum frequency conversion … potential for on-chip quantum
photonics, as it hosts a variety of … , a \(100 \%\) photon conversion efficiency of quantum emitter …

… photonic circuit from the host silicon substrate to the foreign substrate. Finally, the transferred
photonic circuit … Signals are first encoded through the electron-to-photon conversion at the …

Photonic miniaturization requires seamless integration of … Among the available material
systems, silicon photonics holds … Our low cost, wideband, carrier-free photonic circuits hold …

… functional units of quantum photonic integrated circuits. In the … while creating a pair of
down-converted photons ω s and ω i , … pump photon and the down-converted photons according to …

… Photonic wire bonding allows fabricating free-standing … -D) laser lithography based on
two-photon polymerization. In previous … The fiber interface serves to convert the MCF mode field to …

… photonic nanowire and plasmonic near field in a plasmonic nanowire may strongly overlap,
resulting in highly efficient photon−plasmon conversion … Ag nanowire can convert back into …

… down-conversion (SPDC) in a … photon interference results for the best hcz circuit. We
compare predictions (left) from the coherently-characterised circuit against measured two-photon …

… a single photon in mode A and no photons in mode B. After … , detectors and optical circuits
that are ideally integrated on a … , frequency conversion techniques at the single-photon level …

… Optoelectronic Loop Neuron Neurons are constituted by single photon detectors, … The firing
circuit is an analog photonto-fluxon transducer, input single-photon signals are converted in …

… 149-151 makes the up-conversion of single photons not necessary. However, wavelength
converters are still attractive as they can convert single photons from quantum dots or ion traps…