Quantum Computing Pioneer to Speak at William & Mary Colloquium

Charles Tahan, a distinguished physicist and national leader in quantum information science, will deliver the keynote address at the inaugural School of Computing, Data Sciences & Physics Joint Colloquium. This event is set for November 7, 2023, at 16:00 in Small Hall, Room 110, and is open to the public. It aims to unite scholars, students, and professionals from across William & Mary.

Tahan, a graduate of William & Mary with a B.S. in physics and computer science, currently serves as a partner at Microsoft Quantum. In this role, he leads technical teams that are at the forefront of building quantum computers and developing industry-wide strategies. Before his tenure at Microsoft, Tahan played a pivotal role in the National Quantum Initiative as the assistant director for quantum information science and director of the national quantum coordination office at the White House Office of Science and Technology Policy.

In his talk titled “Accelerating the Future of Computing,” Tahan will discuss the transformative potential of quantum information science. He will explore how the integration of quantum accelerators with classical high-performance computing and artificial intelligence could enable future systems to solve complex problems significantly faster than current technologies allow.

The colloquium will also feature a question and answer session, providing an opportunity for attendees to engage directly with Tahan, a prominent figure in quantum technology. Following the discussion, a short reception will allow for further networking among participants.

This event signifies a crucial step in promoting interdisciplinary collaboration within the School of Computing, Data Sciences & Physics. It reflects William & Mary’s commitment to advancing integrative science and aligns with the university’s Vision 2026 priorities focused on data and impact.

By bringing together experts and the academic community, the joint colloquium seeks to inspire new research initiatives and foster innovation in the field of quantum computing.