The world of computing is evolving at a groundbreaking rate with quantum computing offering exponential accuracy and processi ng speed for solving a variety of financial use cases when compared to traditional compute strategies. On the flip side\, although quantum c omputing has the potential to drive transformational changes across di gital society\, these advances in computational power will also introd uce significant risks such as the disruption to widely used encryption standards. \n \nThis presentation will discuss some recent results o btained by JPMorganChase in the field of quantum computing and quantum cryptography. For quantum computing\, we will go over scaling advant age\, random circuit sampling\, some recent quantum optimization work\ , and the opportunity to integrate quantum computing and quantum commu nications for privacy in distributed machine learning. In the area of quantum cryptography and networking\, we will discuss the need for bu ilding security solutions that encompass both post quantum cryptograph y and quantum key distribution.
\nThis event starts at 3:30pm w ith refreshments\, followed at 3:45pm by a short presentation titled " Facilitating Variational Quantum Algorithm Design with Reconstructed L andscapes"\, by Tianyi Hao (Tannu group). The invited presentation sta rts at 4pm.
URL:https://www.physics.wisc.edu/events/?id=8832 END:VEVENT END:VCALENDAR