Sam Dicker (PhD 2026)
Distinguishing between Direct and Parametric Driving in Nanomechanics using a Vibrating Carbon Nanotube |
Michael O’Shaughnessy Gutierrez (MSc 2026)
Investigating 15N@C60 using pulsed EPR and the use of new techniques in resonator production |
Matthew Green (PhD 2025)
Spin resonance measurements of the clock molecule 15N@C60 |
Deepanjan Das (PhD 2025)
Exploiting quantum paraelectricity for advancing cryogenic quantum measurements |
Patrick Steger (PhD 2025, Springer Thesis Prize)
Towards a magnet-on-cantilever type Carbon Nanotube Force Sensor for Magnetic Resonance Force Microscopy |
Andrew Smalley (MSc 2025)
Developing EPR Spectroscopy with 15N@C60 to Provide a Basis for Technological Solutions for a Chip-Scale Atomic Clock |
Saba Khan (PhD 2024)
A vibrating carbon nanotube probe to study superfluid 4He |
Dominic Lennon (DPhil 2021, with N Ares and GAD Briggs)
Efficient quantum device tuning using machine learning |
Yutian Wen (DPhil 2020, with GAD Briggs)
Back-action and coherent oscillation in a suspended nanotube resonator |
Reuben Harding (DPhil 2019, with GAD Briggs and JA Mol)
Endohedral fullerenes as standards for portable atomic clocks |
Matthias Mergenthaler (DPhil 2018, with GAD Briggs and PJ Leek)
Hybrid circuit QED with spin ensembles and carbon-nanotube-based superconducting qubits |
Felix Schupp (DPhil 2018, with GAD Briggs and JA Mol)
Silicon nanowires, cryogenic control and radio-frequency read-out for quantum devices |
Greg Rogers (DPhil 2017, with K Porfyrakis and GAD Briggs)
Fullerenes for single-molecule electronics |