
Researchers discover more efficient way to route information in quantum computers
Using qudits, Rochester scientists have solved a notoriously difficult problem involving Hilbert space, or the quantum matrix.
The Center for Coherence and Quantum Science (CCQS) is a collaboration of researchers from a range of disciplines across the University of Rochester. By pooling our skills and resources, we push the frontiers of the field of quantum and classical coherence to new areas. We also enable practical applications within the areas of optical science and optical engineering.
Learn MoreQuantum information science and engineering at the University of Rochester encompass numerous programs and departments such as chemistry, computer science, electrical engineering, mathematics, mechanical engineering, optics, physics and astronomy, and world-class research centers such as the Laboratory for Laser Energetics.
Using qudits, Rochester scientists have solved a notoriously difficult problem involving Hilbert space, or the quantum matrix.
His serendipitous original foray into optics research would help advance the fields of quantum optics and optical physics.
The Rochester Quantum Network uses single photons to transmit information over dual fiber-optic telecommunications lines.
A team of scientists has developed the “world’s most electrically conductive organic molecule.”
The Rochester Conference on Coherence and Quantum Science (CQS) (Formerly Rochester Conference on Coherence and Quantum Optics (CQO)) has been held every six years since the inception in 1960, essentially coincident with the first observation of lasing. Topics of interest include all aspects of experimental and theoretical coherence, quantum optics, quantum information and quantum measurement.