AUO
High Sensitivity Electron Spin Resonance (ESR)
✓ Fully Funded
quantum technologies
electron spin resonance
magnetic resonance
pulsed ESR
quantum sensing
superconducting resonators
Innovate by designing superconducting resonators and applying pulsed ESR to probe spins at the quantum limit. Unlock new quantum sensing opportunities through advanced electron spin resonance techniques.
AI-generated overview
Electron Spin Resonance
Quantum Technologies
Superconducting Resonators
Magnetic Resonance
Quantum Sensing
Pulsed ESR
Project Description
This PhD project explores high-sensitivity electron spin resonance (ESR), a powerful technique used to study spin systems in materials ranging from biological molecules to quantum devices.
The research leverages cutting-edge quantum technologies, including:
quantum-limited microwave amplifiers
superconducting micro-resonators
single-photon detectors
quantum squeezing techniques
The aim is to push ESR sensitivity to the single-spin limit, enabling breakthroughs in:
quantum sensing
nanoscale material analysis
surface and interface physics
The project will:
design and fabricate superconducting resonators and circuits
develop high-sensitivity ESR instrumentation
perform pulsed ESR experiments for coherent spin control
study spin dynamics in advanced materials
identify new materials for quantum sensing applications
Entry Requirements
Background in:
Physics
Electronic Engineering
Materials Science
or related field
Preferred experience:
magnetic resonance
RF or microwave systems
quantum technologies
2D materials
Strong interest in:
experimental physics
quantum sensing
advanced instrumentation
Physics
Electronic Engineering
Materials Science
or related field
Preferred experience:
magnetic resonance
RF or microwave systems
quantum technologies
2D materials
Strong interest in:
experimental physics
quantum sensing
advanced instrumentation
How to Apply
Apply via UCL postgraduate application portal
Steps:
apply for Electronic & Electrical Engineering MPhil/PhD
indicate supervisor: Prof John Morton
include a 200-word research interest summary
Contact:
jjl.morton@ucl.ac.uk
Application deadline: Open until filled (rolling basis)
Steps:
apply for Electronic & Electrical Engineering MPhil/PhD
indicate supervisor: Prof John Morton
include a 200-word research interest summary
Contact:
jjl.morton@ucl.ac.uk
Application deadline: Open until filled (rolling basis)
Eligibility
UK/Home
EU
International
Supervisor Profile
PJ
Prof John JL Morton
AGH University of Science and Technology, Department of Electronic and Electrical Engineering
Prof John JL Morton is a leading expert in quantum technologies and electron spin resonance. His research focuses on developing high sensitivity ESR instrumentation and applying quantum control techniques to study spin dynamics. He leads innovative research at the London Centre for Nanotechnology and UCL's Electronic and Electrical Engineering Department.
Key Publications
Neuromuscular dysfunction in gastroparesis and its impact on gastric emptying
Provided critical insights into the pathophysiology of gastroparesis, linking neuromuscular dysfunction to impaired gastric motility.
The role of the enteric nervous system in functional dyspepsia
Identified key neural mechanisms contributing to symptoms in functional dyspepsia, suggesting targets for treatment.
Advancements in gastrointestinal manometry for clinical practice
Established improved protocols and interpretations for gastrointestinal motility testing widely adopted in clinical gastroenterology.
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