We are a group working on quantum simulation and quantum computation. The quantum experiments of our primary interest are about atomic and optical systems. We aim at developing programable atomic technologies for large-scale quantum computers, and constructing theories, algorithms, and architectures for precise quantum simulations. One direction we are currently pushing is to exploit the computation power of programmable quantum simulations in resolving computation challenges that arise in both fundamental quantum science and nontrivial applications, including correlated quantum many-body physics, classical optimization, and simulating complex chaotic dynamics. This may revolutionize computational science or even the entire field of computation itself.
