Abstract: This talk will highlight recent quantum computing results from J.P. Morgan Chase’s Global Technology Applied Research group. Topics will include demonstrations of useful quantum advantage through certified randomness, large-scale studies of quantum optimization and quantum-approximate optimization algorithm and progress toward reliable execution on error-detected and fault-tolerant quantum systems. Together, these efforts combine quantum hardware experiments, theoretical analysis and leadership-scale classical simulation to evaluate where quantum computing can provide meaningful practical advantages and what advances are still needed to realize them.
Bio: Ruslan Shaydulin is the head of Quantum Computing at the Global Technology Applied Research Center at J.P. Morgan Chase, where he leads a team working across the entire quantum computing stack, including theory, applications and fault-tolerant execution on hardware. Prior to joining J.P. Morgan Chase, Ruslan was a Maria Goeppert Mayer fellow at Argonne National Laboratory. You can follow him on LinkedIn.
Series: See upcoming and previous presentations at CS Seminar Series.