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Nov. 20, 2024 | Purdue Northwest
AGENDA
3:30 pm – Sign-in; Networking
3:45 pm – Intro
4:00 pm – Features Talks:
1. Quantum Computation in Central Banking
2. Quantum Cryptanalysis & Crypto-economics
6:30 pm – Conclusion
This event will help us explore another emerging field where QIST (Quantum Info Science & Technology) intersects with, and eventually transforms, Banking and Finance. We will start with a brief, layman's intro to some of the key concepts involved, followed by talks from two top experts hailing from Canada (via Zoom).
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Nov. 12, 2024 | Chicago, IL
Union League Club Chicago (ULCC)
Speaker: Ben Hall (Infleqtion)
Moderator: Caleb Williams (UIC)
AGENDA
5:30 pm – Sign-in; Networking
6:00 pm – Featured Talk
6:45 pm – Q&A
7:00 pm – Networking
As Chicago is poised to lead the nation in quantum tech, the Tech Group at the Union League Club of Chicago (ULCC) will host a series of events on the subject to help its constituents best understand how this groundbreaking technology is shaping the future of the city and its economy.
This inaugural meeting, hosted by ULCC's Tech Group in partnership with quantum clubs from UChicago, UIC, Northwestern and Purdue, will feature Dr. Benjamin Hall, Quantum Computing Scientist at Infleqtion, specializing in quantum algorithms and compilation.
Dr. Hall holds a dual Ph.D. in Physics and CMSE (Computational Math, Science, and Engineering) from Michigan State University and B.S. in Physics and Applied Mathematics from the University of Rochester. His doctoral research was in the application and optimization of near-term quantum algorithms for many-body nuclear physics. His extensive quantum background was further developed through research conducted at the NASA Ames Research Center, as well as Los Alamos, Oak Ridge, and Argonne National Labs. In his current role at Infleqtion, Ben has helped expand the capabilities of Q-CHOP, a novel quantum annealing algorithm for constrained optimization problems, developed a novel algorithm for a non-linear product of a set of quantum states, and invented an efficient way to detect and map star topologies to linear topologies for near term quantum hardware.
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Heated quantum computing R&D of late also led to rapid growth in quantum AI and quantum security research, with huge potentials to revolutionize many fields encompassing machine learning, cryptography, communications, and more...
Many open questions remain: What new capabilities are enabled by quantum AI? How do they affect availability, resilience, security, and privacy of future autonomous systems? What are the opportunities, challenges and risks?
This workshop aims to bring together researchers, experts, industry practitioners, visionary leaders, and relevant government agencies and to identify key challenges and facilitate discussions on the current state of the art in quantum computing.
If you'd like to present a research poster in related areas, please get in touch!
Vaneet Aggarwal (P.I.)
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