Kok Wee Song, Postdoctoral Research Fellow
Kok Wee obtained his Bachelor's degree at National Tsing-Hua University (Taiwan) and completed his Ph.D. at the University of Southern California (US) in physics.
After graduation, he was a postdoc at Argonne National Laboratory (US), focusing on the theory of multiband superconductivity. Then, he moved to National Graphene Institute (UK),
working on the optical properties and electronic correlation effects on 2D materials as a research associate.
From 2021, he is the postdoctoral research fellow at the University of Exeter, QuDOS group.
His primary research background is in the emergent phenomena of quantum many-body systems. Until recently, he has developed a lot of interest in quantum optics with
2D materials, and currently leads the research in nonlinear polaritonics based on transition metal dichalcogenide monolayers.
Annie Paine, PhD student
Annie received her Bachelor degree in Mathematics at University of Oxford (UK) in 2018. She finished Master degree in Mathematical and Theoretical Physics at
University of Oxford (UK) in 2019.
Between years at university she has completed two internships, both of which were programming related. There she improved her programming skills (particularly
in C++, Python and Rust) as well as experiencing working in a team in a professional setting. At her second internship with Metaswitch Annie gained experience in
presenting her works progress and results as she was placed in a team which had daily meetings in which everyone reported their progress.
From 2020 Annie is a PhD student at the University of Exeter, sponsored by Qu & Co and supervised by Dr Kyriienko.
Her project is focused on finding useful quantum algorithms with near-term quantum devices. To deal with the limitations of near-term quantum devices she is
particularly interested in hybrid and variational approaches. The areas of application that she is focused on include differential equations, which permeate many
different areas of study, and finding the ground state energy of a system, a question of great interest in computational chemistry.
Salvatore Chiavazzo, PhD student
Salvatore finished his Bachelor degree in Physics at the University of Naples (Italy) in 2017. He acomplished his Master degree in Physics (Condensed Matter training track)
at the University of Trieste (Italy) in 2019.
During 2019 he was a visitor at the Institute for Quantum Computing, Waterloo (Canada), to carry out a master thesis project. The research stay was funded with the
From 2020 Salvatore is PhD student at the University of Exeter, QuDOS group.
Salvatore's research is focused on two-dimensional materials, strong light-matter coupling, and optomechanics.
To date, he has successfully described and characterized of two-phonon cooling in electromechanical systems that operate in microwave domain, and
introduced the effects of strong coupling to doped TMD systems.
His current research activity includes theoretical description of dipolaritons in TMD bilayers and its application to single photon emission.
Chukwudubem Umeano, PhD student
Chukwudubem completed his Bachelor’s degree in Physics at the University of Warwick (UK) in 2020. He finished his Master’s degree in Quantum Fields and
Fundamental Forces at Imperial College London (UK) in 2021.
His final project at undergraduate level was based on applying Python and machine learning techniques to classify crystal structures. For his master thesis,
he wrote a survey of quantum algorithms. Through several projects and courses, he has become comfortable with programming in Python and C.
From 2021 Chukwudubem is a PhD student at the University of Exeter, QuDOS group.
His project is focused on developing a theory for quantum feature maps. He is investigating different methods for encoding classical data into quantum states,
with the aim of constructing highly expressive quantum circuits for use within quantum machine learning.
Daniel Winter, MSc student
Daniel is a MSc student at the University of Exeter accomplishing his project on quantum computing under supervision of Dr Kyriienko.
His current ambitions for the future are to progress in the aerospace industry through upcoming 10 week internship at Rolls-Royce, to develop more generally his
coding skills and understanding of engineering.
Daniel has experience with the programming languages Python, C and Julia. In addition, he has used NX CAD modelling software during his time redesigning the
RB199 High-Pressure Compressor shaft on a week’s work experience for Rolls-Royce.
Daniel can be contacted via LinkedIn profile and email.
Paul Taylor, MSc student
Paul has recently begun his MSc project on simulating time translational symmetry breaking with quantum computers.
He is interested in various aspects of quantum theory, and specifically quantum simulation of many-body dynamics. As a first step, he has run discrete time crystal evolution with various Qiskit back-ends, and benchmarked it with IBM Quantum devices available on a cloud.
His other interests include elementary particle physics.
Paul can be contacted via LinkedIn profile and email.
Kieron Lintott, MSc student
Kieron Lintott is a third year MSc Physics student at the University of Exeter working on quantum time crystal project under supervision of Dr. Kyriienko.
His interests lie in Quantum Mechanics and Theoretical Physics, and more generally solving challenging problems.
Kieron constantly develops new computational skills, and is an enthusiast of collaborative coding. He programmes in Python, Julia, C, and explores various machine learning approaches.
Kieron can be contacted via LinkedIn profile and email.
In 2020 Tatiana applied for an internship at University of Exeter as a part of research collaboration with QuDOS group. While working under mentorship of
Dr Oleksandr Kyriienko she developed the protocol for Hamiltonian operator approximation, being a tool for energy estimation needed in various algorithms.
Currently, she researches new variational ansatze and simulation schemes for complex spin models.
Her research during the education included performing molecular modeling and also an exploration of nonperturbative effects in quantum field theory. She hopes to
develop or realize quantum algorithms to solve some of the problems in these areas one day. After her bachelor graduation she has decided to take the challenge of
exploring the quantum computing. As there is no courses on this topic in Russia she has studied it by herself with the book of Nielsen and Chuang and other
literature. Having got the basic knowledge in the field of quantum computations she started research on Hamiltonian operator simulation.
Tatiana will continue her scientifical path as a PhD student, joining group at IBM Zürich, Switzerland.