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Beijing Municipal Science and Technology Commission conducted a site visit to our to review and discuss the current status and advancements of the atomic quantum computing project. Visitors are touring the neutral atom quantum computing laboratory.

Prof. Jianwei Pan is renowned for his pioneering contributions to quantum information science, particularly in the fields of quantum entanglement, quantum teleportation, and quantum cryptography. Recently, he visited our laboratory and had a friendly discussion with the lab students.

Prof. Ehud Altman is famous for his great work on condensed matter theory as well as many-body aspects of ultra-cold atomic systems and quantum information theory. Recently, he visited our laboratory and had a friendly discussion with the lab students.

Professor Kitaev works in the field of quantum computation and related areas of theoretical physics. His main contribution was the concept of topological quantum computation, a scheme where quantum information is protected from errors due to special properties of the underlying physical system, which are generally related to topology.

Beijing Municipal Science and Technology Commission conducted a site visit to our to review and discuss the current status and advancements of the atomic quantum computing project. Visitors are touring the neutral atom quantum computing laboratory.

Prof. Vladan Vuletić is renowned for his groundbreaking work in quantum optics and the manipulation of ultra-cold atoms. Recently, he visited our laboratory and had a friendly discussion with the lab students.

Prof. Hu is entitled as one of “MIT Technology Review Innovators Under 35 in China” recently due to his remarkable contribution in quantum computation and quantum simulation. He developed a new laser-cooling scheme, and realized Bose-Einstein Condensate with only lase cooling for the first time.

Non-equillium physics and dynamical behavior has been widely discussed these days, especially with the extension of quantum phase transition. Kibble Zurek mechanism is a commonly used approach to investigate the dynamical behavior near phase transition point, based on the spontaneous symmetry breaking theory.