Dr. Vimal Kamineni, PsiQuantum
A Manufacturable Path to Delivering a Silicon Photonics Quantum Computer
January 26 (Thursday), 2023,
ETSS 2022
EMERGING TECHNOLOGIES SEMINAR SERIES 2022
Dr. Hong Tang, Yale University
Hybrid Quantum Photonic Circuits and Quantum Frequency Conversion,
December 15 (Thursday), 2022
Dr. Tatjana Curcic, DARPA
Quantum computing, sensing & precision timing: One DARPA PM’s View
November 03 (Thursday), 2022
Dr. Mark Adams, Auburn University
Trusted-Node Quantum Key Distribution from a CubeSat
October 13 (Thursday), 2022
Dr. Steve Johnston, Merck / EMD Electronics
Bioelectronics – Transforming Health Care Using the Power of Electronics
September 15 (Thursday), 2022
Dr. Wenke Weinreich, Fraunhofer IPMS
The Potential of Ferroelectric HfO2 for Next Generation Microelectronics
September 1 (Thursday), 2022
Dr. Matthew Colburn, Meta
Augmented Reality Foundational Technology
August 25 (Thursday), 2022
Dr. Shahin Sharifzadeh, NexGen Power Systems
Reinventing Power Electronics: NexGen Power Systems with Vertical GaN
July 28 (Thursday), 2022
Dr. Joan Redwing, Pennsylvania State University
Ultra-thin 2D Semiconductors for Next Generation Devices
June 16 (Thursday), 2022
Dr. George Rieke, University of Arizona
The James Webb Space Telescope: A Many-Level Inspiration
April 21 (Thursday), 2022
Dr. Kristen Pudenz, Atom Computing
Quantum Computing with Neutral Atoms
April 7 (Thursday), 2022
Dr. Ségolène Olivier, CEA-Leti
Integrated Photonics for Quantum Communications and Quantum Computing
March 10 (Thursday), 2022
Dr. Shamik Das, MITRE Corp
Nanodevices for Computing and Logic Beyond CMOS
February 24 (Thursday), 2022
Dr. Sanjeev Aggarwal, Everspin Technologies
Versatile MRAM Technology for Industrial and Data Center Applications
February 10 (Thursday), 2022
Dr. Loren Looger, University of California, San Diego, and HHMI
Open-Source Nanophotonics Hardware & Reagents for Cutting-Edge Biology
January 27 (Thursday), 2022
CASE STUDY
Creating Opportunity
See the power of the collaborative public-private partnership spearheaded by SUNY Polytechnic, and new technologies, creating new jobs across the region.
RELATED RESOURCES
Dive Deeper
Get a glimpse into the collaboration between AIM Photonics and SUNY Polytechnic institute’s 135,000sf 300mm class 1 capable cleanroom facility.
PLAN A VISIT
Go Behind The Scenes
Tour the construction of NanoFabX. The completed facility will house computer chip manufacturing companies and showcase research on 450mm wafer production.