Exploring Quantum Computing: Meetups, Presentations, and Future Trends
Dive into the world of quantum computing with insights from NYC Quantum Computing Meetups, presentations on key topics, and a look at upcoming events. Discover the intersection of physics and computer science, advanced quantum topics, and potential applications of this cutting-edge technology. Stay informed about recent developments and join the conversation on the future of quantum computing.
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Presentation Transcript
NYC QUANTUM COMPUTING MEETUP OCTOBER 18, 2018 STEVE WILLIS & STEVE YALOVISTER
OCTOBER 18, 2018 (#17) Agenda Food/Pizza Introductions and thanks to Labro & JPMorgan Chase Quick Intros Will Zeng Presentations can be found at github.com/NYCQuantumComputing Twitter @NYCQuantum
RECAP 2017 2017 Grover search, IBM s Quantum Experience, math behind Grover, DWAVE technical presentation, Chris Monroe from IONQ, Quantum Entanglement, Bell s Inequality, IBM presented QISKIT, Nathan Weibe from Microsoft, Shor Discussion 2018 Refresher thanks to everybody for helping Muir, Javad, Pavel, Simon, Nicole, Robert, Nick
LAST MEETING NICK BRONN /IBM PHYSICAL IMPLEMENTATION OF QUANTUM BITS Abstract: Observers often wonder why physicist is the leading occupation of those employed in the field of quantum computing. This talk will answer that question. In 2000, David DiVincenzo published his criteria for the requirements of physical systems to have the potential to realize a universal quantum computer. We will review these requirements and detail the capabilities of the promising systems under current development by researchers. The background paper can be found here https://arxiv.org/abs/quant- ph/0002077
2018-2019 Thursday, October 18, 2018 Will Zeng - Rigetti Wednesday, November 14, 2018 Andrei Petrenko Quantum Circuits (Error Correction) Wednesday, December 12, 2018 Pouya Dianat Drexel - Photonic-based Quantum Computing Infrastructure Wednesday, January 23, 2019 Larry Liebovitch - Intro Wednesday, February 13, 2019 /tbd/ - Blind Quantum Computing
IDEAS FOR 2019 Quantum Noise and Decoherence Advanced topics Quantum Machine Learning, Quantum Games, Quantum assist , Blind Quantum Computing Algorithm & New Hardware Quantum IDEs Microsoft/Topological Quantum Computing Investing in Quantum Computing Financial Applications Refresher / Intro
QUANTUM COMPUTING AT THE INTERSECTION OF PHYSICS AND COMPUTER SCIENCE Computational Complexity : what problems can be solved (quantum) efficiently Quantum Mechanics - how to harness QM to solve hard problems (algorithms)
WILL ZENG RIGETTI @WJZENG HTTP://WILLZENG.COM
