This session will highlight the power of photonics to impact quantum technologies, from creating modular and photonic quantum computers, powerful sensors, to entangled communication links. New materials and platforms are of interest. For example, electro-optic and nonlinear materials, spin defects, 2D materials, interfaced atoms and ions, and superconducting interconnects are in scope. This session will also include heterogenous integration, cryogenic photonics, light sources, quantum control, collective emission and cavity QED.
Confirmed Speakers
- Daniel Blumethal (UC Santa Barbara)
- Kartik Srinivasan (NIST)
- Alex High (University of Chicago)
- Galan Moody (UC Santa Barbara)
- Shuo Sun (University of Colorado)
- Mihir Bhaskar (IonQ/Lightsync)
- Christian Haffner (IMEC)
- Giovanni Scuri (Stanford)
- Tim Mckenna (NTT Research)
- Paul Seidler (IBM Research)
- Hyounghan Kwon (Korea Institute of Science and Technology (KIST))
- Kiyoul Yang (Harvard University)
- Leland Nordin (UCF CREOL)
- Qing Li (Carnegie Mellon)
- Kai Muller (TUM)
- Kejie Fang (University of Illinois)
- Alan Dibos (Argonne National Lab)
- Sherry Zhang (Columbia)
- Elizabeth Goldschmidt (University of Illinois)
- Carlos Errando-Herranz (TU Delft)
- Kilian Sandholzer (TUM)
- Di Zhu (NUS)
- Richard Warburton (Basel)
- Karan Mehta (Cornell)
