Members
Shintaro Ae
PhD student
Co-supervision with David Tew Chemistry, Oxford
My research interest generally lies in the development of quantum algorithms for quantum chemistry. In particular, I am interested in Hamiltonian simulation, developing methods to simulate system dynamics governed by a given Hamiltonian. My past work includes the Hamiltonian simulation using quantum singular value transformation (QSVT) with randomised block encoding, which is particularly suited for quantum chemistry. I also have experience in the development of superconducting quantum computers.
Alexander Yosifov
I am a Visiting Researcher at Queen Mary University of London, working on open quantum systems and quantum state engineering. My work examines the behaviour of open dissipation-driven and interacting many-body systems, and quantum information processing in realistic environments, with emphasis on quantum non-Markovian dynamics, and many-body quantum effects with applications to quantum error correction, quantum control, and ground state preparation on near-term devices.
Previously, I was a Researcher at the Hong Kong Research Center of Huawei, where I developed quantum-based algorithms for optimization. Prior to that, I was working with Prof. Vlatko Vedral at the University of Oxford, focusing on quantum collision models for steady-state preparation and error mitigation.
Nicholas Charles Bell
Undergraduate in Physics, Queen Mary
College Advisees
Nathan Hall, Felipe Pombal Fritsch, Christian Sax, Deyao Chen, Rory Spurgeon, Tong Su, Harry Xi at Reuben College, Oxford
Previous members
Victor Renon, Physics, Imperial College
MSci Thesis: Quantifying resource requirements for ground state preparation with state-of-the-art quantum algorithms