Selective Detection of Picosecond Overlapping Quantum Modes Page 1 JW4A.27.pdf Frontiers
in Optics 2017 © OSA 2017 Selective Detection of Picosecond Overlapping Quantum Modes …

Continuously tunable delay of single photons Page 1 M6.62.pdf CQO-x and QIM-2 © OSA 2013
Continuously tunable delay of single photons Stéphane Clemmen1∗, Alessandro Farsi1 and …

Efficient interfacing ultrashort and nanosecond single-photon pulses Page 1 W6A.21.pdf
Rochester Conference on Coherence and Quantum Optics © OSA 2019 Efficient interfacing …

We demonstrate a new technique of efficient, time-resolved, infrared single-photon detection
using noncollinearly phase-matched frequency upconversion by an ultrafast pump, allowing …

Resolving partially coherent ultrafast pulses at the quantum limit Page 1 1. Introduction It is
well known that the resolution of imaging systems is limited by the size of the diffraction-limited …

Shaped laser pulses are essential in ultrafast optics and are emerging as a powerful tool in
the quantum regime. We will describe using shaped pulses and nonlinearities to compress …

Ultrafast pulses are beginning to exhibit an increasingly important role in quantum optics
and quantum information science due to their inherently unique temporal and spectral …

A quantum state of light is the excitation of a particular spatiotemporal mode of the
electromagnetic field. A precise control of the mode structure is therefore essential for …

Through the application of intertwined wavefronts to an intense femtosecond pulse we can
create two XUV pulses that are separated in space and yet have a phase jitter of 0.1 mrad or …

Energy-time entangled photon pairs remain tightly correlated in time when the photons are
passed through equal magnitude, but opposite in sign, dispersion. A recent experimental …