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Our students undertake research across diverse topics, see below for examples of PhD projects.
Experimental
- Leon Guerrero | Digital Control of Superconducting Fluxonium Qubits
Industry Sponsor: SeeQC
Primary Supervisor: Prof. Paul Warburton
- Tom Holden-Dye | Light Cones in Quantum Matter
Primary Supervisor: Dr. Arijeet Pal
Secondary Supervisor: Dr. Lluis Masanes
- Constance Lainé | Towards a Logical Qubit in Silicon: Scalable 2-qubits Operations in CMOS-compatible Quantum Dots
Industry Sponsor: Quantum Motion
Primary Supervisor: Prof. John Morton
External Supervisor: Prof. Fernando Gonzalez-Zalba
- Hasan Sayginel | Quantum Error Correction in Materials Simulations
Industry Sponsor: NPL
Primary Supervisor: Prof. Dan Browne
External Supervisor: Dr. Ivan Rungger
- Yi Shi | Intrinsically Protected Superconducting Quantum Circuits
Primary Supervisor: Prof. Marzena Szymanska
- Shashvat Shukla | Data Structures and Other Building Blocks for Quantum Algorithms
Industry Sponsor: Horizon Quantum Computing
Primary Supervisor: Prof. Dan Browne
External Supervisor: Joe Fitzsimons
- Martyna Sienkiewicz | Long-Range Exchange Coupling between Ge-Hole Spin Quantum Systems
Primary Supervisor: Dr Stuart Holmes
- Matthew Tam | Measurement-based Entanglement of Single-dopant As Spin Qubits
Primary Supervisor: Dr. Mark Buitelaar
Non-experimental
- Parth Bhandari | Parametric Amplification in Nanobridge SLUG Embedded in Microwave Cavity
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- Charlie Solomons-Tuke | Phases of quantum advantage: A proposal for the study of critical non-unitary dynamics to improve algorithm design
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- Sheila Perez Garcia | Quantum Approximation Optimisation Algorithm for Error-Correcting Codes
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- James Purcell | Noise and fault resilience of dissipative algorithms
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- Anastasia Moroz | Quantum gravity simulation on a quantum computer
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- Marcell Kovács | Stability of Dynamical Quantum Phases in Higher Dimensions
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- Torr Fischman | Measurement-based quantum computation and entanglement generation using carbon nanotubes and As dopants in silicon devices
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- Jeremy Morgan | Scalable two-dimensional silicon quantum processor
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