THIS EVENT HAS BEEN RESCHEDULED TO OCTOBER 29, 2021 - If you have Registered to attend you will receive follow up information directly. This Seminar will be held October 8, 2021 from 12 Noon - 1pm Talk Title: Topological quantum compiling -- an introduction Speaker: Layla Hormozi Abstract: Topological quantum computers are hypothetical devices in…
Duke & NC State will host a series of Collaborative Quantum Computing Seminars for 2021 - 2022 Academic year! Seminars will be held each Friday this fall from 12 Noon - 1pm Talk Title: Optimizing Tensor Network Ansatzes Speaker: Daniel Stilck França Abstract: Tensor network states form a variational ansatz class widely used, both analytically…
Duke & NC State will host a series of Collaborative Quantum Computing Seminars for 2021 - 2022 Academic year! Seminars will be held each Friday this fall from 12 Noon - 1pm Talk Title: Exploring Airline Gate-Scheduling Optimization Using Quantum Computers Speaker: Hamed Mohammadbagerpoor Abstract: Finding an optimal solution for scheduling, planning, and resource allocation…
Duke & NC State will host a series of Collaborative Quantum Computing Seminars for 2021 - 2022 Academic year! Seminars will be held each Friday this fall from 12 Noon - 1pm Talk Title: Topological quantum compiling -- an introduction Speaker: Layla Hormozi Abstract: Topological quantum computers are hypothetical devices in which quantum information is stored…
Duke & NC State will host a series of Collaborative Quantum Computing Seminars for 2021 - 2022 Academic year! Seminars will be held each Friday this fall from 12 Noon - 1pm Talk Title:Lessons from Quantum Annealing for the NISQ Era Speaker: Tameem Albash Abstract: As a general-purpose quantum optimization algorithm, quantum annealing was billed…
Duke & NC State will host a series of Collaborative Quantum Computing Seminars for 2021 - 2022 Academic year! Seminars will be held each Friday this fall from 12 Noon - 1pm Talk Title: Implementing high-fidelity gates in ion traps Speaker: Kenton Brown and Holly Tinkey Abstract: Trapped-ion quantum technologies continue to develop into more…
Duke & NC State will host a series of Collaborative Quantum Computing Seminars for 2021 - 2022 Academic year! Seminars will be held each Friday this fall from 12 Noon - 1pm Talk Title: Optically Trapped Atomic Qubits Speaker: Jonathan King, Chief Scientist, Atom Computing Abstract: Ultracold neutral atoms have emerged as a leading platform…
Collaborative Quantum Computing Seminars Will RETURN for Spring Semester 2022! AT NEW TIME - 2pm on Fridays Starting on or about January 14th! More information about the Quantum Computing Seminar's Spring speakers, locations and topics Coming Soon! This is a Hybrid Event with NC State. In Person location for NC State is Venture Place, 2nd…
Collaborative Quantum Computing Seminar Series Returns Jan. 21 Spring 2022 NEW TIME: Seminars will be held each Friday for Spring 2022 from 2pm - 3pm Each week Duke, NC State and UNC will alternate hosting a Speaker to highlight areas of interest in the world of Quantum. Please check back often as speaker information will…
Collaborative Quantum Computing Seminar Series - Now Called Triangle Quantum Computing Seminar Series Returns Jan. 21 Spring 2022 At a NEW TIME: Seminars will be held each Friday for Spring 2022 from 2pm - 3pm. We have a New Partner this semester, UNC at Chapel Hill's Kenan Institute and rethinc Labs will join Duke Quantum…
Join Today's Duke, NC State and UNC's Collaborative Quantum Computing Seminar NEW TIME: Seminars will be held each Friday this Spring from 2pm - 3pm Talk Title: Interactive Protocols for Classically-Verifiable Quantum Advantage with an Ion-Trap Quantum Computer Speaker: Daiwei Zhu Abstract: The recent demonstrations of quantum advantage with superconducting and linear optics devices have…
Join Today's Duke, NC State and UNC's collaborative Triangle Quantum Computing Seminar Talk Title:Towards Quantum Advantage in Financial Market Risk using Quantum Gradient Algorithms Speaker: Nikitas Stamatopoulos, Vice President in the R&D Engineering Division at Goldman Sachs Hosted by: UNC Kenan-Flagler's Rethinc. Labs Abstract: Previous work has shown that quantum amplitude estimation can accelerate derivative…