We demonstrate the single-step fabrication of a quantum network from the parametric downconversion of femtosecond frequency combs. Ultrafast pulse shaping is employed to both characterize the comb’s spectral entanglement and generate on-demand cluster state.
This paper describes the applications of Waveguide Confined Raman Spectroscopy (WCRS) which realizes a completely alignment-free microfluidic chip for Raman spectroscopic detection of analytes. Separately passive optical sorting techniques implemented upon optofluidic chips are also discussed.
