ProfessorAndrew Doherty

Boundaries of topological phases going through condensation phase transitions

Building next-generation superconducting quantum circuits

Characterizing Loss in Next Generation Superconducting Qubits

Crystal Field Engineering for Enhanced Light-Matter Interactions

Design of fault-tolerant protocols with PsiQuantum

Design of fault-tolerant protocols with PsiQuantum

Energy Barrier in Quantum Error Correcting Codes

Engineered Crystal Systems for Erbium Quantum Hardware

Entanglement and measurement of solid-state qubits

Error Analysis of Bosonic Codes

Error Correction in Fusion Based Quantum Computers

Fault tolerant quantum computation with qLDPC codes

Fault Tolerant Quantum Computing in Superconducting Bosonic Qubits

Generation of hybrid entanglement with an inbuilt quantum memory

Homological Methods for Topological Error Correction

Logic gates for practical fault-tolerant quantum computing

Long-range entanglement for spin qubits via quantum Hall edge modes

Multi-Photon Transport through Optically Deep Ensembles of Atoms

Noise characterisation of fault-tolerant quantum computers

Noise in Quantum Information Processing

Noise-Resilient Quantum Computing: GKP Codes and Protected Superconducting Qubits

On the Classical Simulability of Quantum Circuits

On the locality of quantum codes

Quantum Computation with Gottesman-Kitaev-Preskill Codes: Logical Gates, Measurements, and Analysis Techniques

Quantum phases of a bosonic generalization of the Moore-Read ansatz