![]() ![]() Prior to Lincoln, she developed single photon detectors and quantum cryptography systems at the National Institute of Standards and Technology and Los Alamos National Laboratory, focusing on the security and bit-rate gains possible using superconducting detectors in quantum key distribution systems. At Lincoln, she has also worked on developing superconducting nanowire single photon detectors and quantum random number generators. Her current research is in superconducting qubits, in particular on developing 3D integrated solutions for control and read-out of quantum annealers. She holds a BS degree in physics from Rutgers University and an MS and PhD in physics from Stanford University. Then he became research professor for computer science and theoretical neuroscience at the University of Southern California.ĭanna Rosenberg, Ph.D., MIT Lincoln Laboratoryĭanna Rosenberg is a technical staff member in the Quantum Information and Integrated Nanosystems Group at Lincoln Laboratory. in 1996 with a thesis on "Dynamics for vision-guided autonomous mobile robots". Prior to joining Google, Hartmut started two computer vision companies, the second one was acquired by Google in 2006. Hartmut was also a co-founder of project Glass and led the team that built the first prototype. His team developed the visual search service which today is used by a large number of Google products including Image Search, Google Photos, YouTube, Street View and Google Goggles. Previously, Hartmut was head of the Visual Search team. ![]() The objective of the lab is to fabricate quantum processors and develop novel quantum algorithms to dramatically accelerate computational tasks for machine intelligence. He is the founder and manager of the Quantum Artificial Intelligence lab. Hartmut Neven is an Engineering Director at Google. He has written single author papers on the application of reverse annealing techniques to algorithms, and is also an author on a paper showing that `interpolated' algorithms which combine both the mechanisms of AQC and quantum walks can solve the search problem with the same (square root N) scaling as either algorithm. ![]() Current research interest include: continuous time hybrid quantum/classical algorithms, especially those based on reverse annealing techniques, optimization and sampling heuristics which compute by multiple mechanisms simultaneously, and applying the tools of classical error correction to quantum error correction. from University of Southern California supervised by Stephan Haas. Prior to going to Durham, he worked at UCL under Gabriel Aeppli and Andrew Green performing physics related experiments on programmable quantum annealers. Nicholas Chancellor currently works at Durham University in Durham England in Viv Kendon's group studying hybrid quantum/classical computing. Nicholas Chancellor, Ph.D., Durham University Fernando has been awarded many prizes for his research, including the 2013 European Quantum Information Young Investigator Award for “his highly appraised achievements in entanglement theory, quantum complexity theory, and quantum many-body physics, which combine dazzling mathematical ability and impressive physical insight”. He is also interested in the application of tools and concepts of quantum information to other areas of physics and computer science, such as quantum many-body theory, thermodynamics, and complexity theory. In particular, he has made important contributions to the study of quantum entanglement. Fernando research explores the interplay of physics, computer science and mathematics to study the role of quantum mechanics in computation and information transmission. Before he was a researcher at Microsoft and a reader in computer science at University College London (UCL). Fernando Brandão, Ph.D., California Institute of Technologyįernando Brandão is the Bren Professor of Physics at the California Institute of technology (Caltech). ![]()
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