WE3.2 - DIAMOND QUANTUM PHOTONICS
WE3.3 - QUANTUM PHOTONIC INTEGRATED CIRCUITS WITH SEMICONDUCTOR QUANTUM DOTS
Abstract
Abstract
The recent advances in the development of efficient and scalable photonic integrated quantum hardware, based on semiconductor quantum dots in Gallium Arsenide, are reported. I will present novel approaches to on-chip optical routing based on nanomechanical systems and to single-photon generation in nanophotonic waveguides.
WE3.4 - SILICON PHOTONIC ENABLED RESIDUE NUMBER SYSTEM ADDER AND MULTIPLIER
Abstract
Abstract
Here we show a nanophotonic RNS arithmetic implementation by spatially shifting the input waveguides relative to a crossbar routers’ outputs, where the moduli are represented by the number of waveguides. This highly parallelizable in-the-network kernel processes information at 10’s of ps suitable for real-time computing.
WE3.5 - NONLINEAR NANOPHOTONIC MEDIA FOR ARTIFICIAL NEURAL COMPUTING
Abstract
Abstract
We show optical waves passing through a nanophotonic medium can perform artificial neural computing. Such a medium exploits sub-wavelength linear and nonlinear scatterers to realize complex input-output mapping far beyond the capabilities of traditional nanophotonic devices.