Circuit Complexity and Functionality: A Thermodynamic Perspective
Speaker: Claudio Chamon (BU) When: Oct 12th 12:30 pm Where: PAB421 Abstract: We explore a link between complexity and physics for circuits […]
Author: Dovile Druskyte
A Theory for Quantum Learning in the NISQ Era
How can we learn inherently quantum phenomena? Not only is this question important for verification of quantum computation, but it is arguably one of the most basic learning theoretic questions about the physical world. In this talk, we will describe a line of work on understanding the complexity of learning with limited amounts of quantum memory, and more generally, learning on NISQ devices.
Researchers make a quantum computing leap with a magnetic twist
Quantum computing could revolutionize our world. A team led by scientists and engineers at the University of Washington has announced a significant advancement in this quest.
Supporting Minority Serving Institutions in the Creation of a Diverse, Quantum-Ready Workforce
Prof. Serena Eley is co-hosting this workshop at the University of the District of Columbia on July 12-13, 2023. Sessions include industry opportunities in QISE,
educational resources (including experimental toolkits) to assist with starting new courses, new educational QISE programs, and QISE funding opportunities for MSIs and PUIs.
Sara Mouradian — building quantum technologies for computing, communication and sensing
UW ECE Assistant Professor Sara Mouradian says she enjoys learning new things and looking at problems from different points of view. That’s probably a good thing, because as a researcher and educator who specializes in quantum information science and technology, or QIST, she is often presented with new and multifaceted challenges.