Session Overview |
Optical and Quantum Communications - Bloc 4Room: International 1 |
Date: Thursday, June 07 |
08:00 |
An experimentally simple method to weakly measure incompatible quantum observables
Main Author: Aldo C. Martinez Organization: University of Ottawa, Canada We experimentally demonstrate a method to perform weak measurements of two quantum projector-observables that are incompatible, using a single read-out system. |
08:15 |
Silicon Photonics inverse tapers and bends
Main Author: Nate Quitoriano Organization: McGill University, Canada TBA |
08:40 |
High-Dimensional Multi-Rail Quantum State Tomography
Main Author: Davor Curic Organization: University of Ottawa, Canada Quantum information protocols often rely on tomographic techniques to determine the state of the system. However tomography of large dimensional states is often prohibitively resource intensive. Addressing this, we present a simple method of determining the state of photon in a superposition of d rails (i.e., beam paths). |
08:55 |
To be announced
Main Author: Benjamin Sussman Organization: NRC, Canada To be announced |
09:20 |
Free-Space and Underwater Optical Communications using Orbital-Angular-Momentum Multiplexing
Main Author: Alan Willner Organization: University of Southern California, United States This paper will highlight high-capacity free-space underwater links when transmitting multiple OAM beams at 532 nm. We will describe the impact of various underwater channel conditions (e.g., turbidity, current, and thermal gradients) on beam quality and system performance. |
09:45 |
Controllable optical extreme events in the semiconductor laser output power
Main Author: Frederic Grillot Organization: Telecom ParisTech, France This work investigates the generation of controllable optical extreme events in an optically-injected semiconductor laser for disruptive RF transmission links |
10:10 |
Ultracompact CMOS-compatible optical logic
Main Author: Dusan Gostimirovic Organization: Carleton University, Canada To be announced |