Significant progress has been made in the field of quantum information science over the past ten years, on the theoretical fronts of algorithms, fault-tolerance and system architectures, as well as the experimental efforts towards realizing a scalable quantum hardware. The promise of utilizing quantum resources for useful information processing tasks is approaching a practical reality.

This two-day conference seeks to invite the leading researchers around the world pushing the frontiers of quantum information science, to share the excitement and and challenges that the community faces ahead. The topics that will be discussed include cutting-edge theoretical progress in quantum information processing, and state-of-the-art experimental results in various physical platforms such as atomic, solid state, and photonic systems.

The registration is now closed,
and the program booklet is available [Download].

Supported by