Dylan Morgan

Dylan Morgan is a PhD student developing computational methods to interpret complex spectroscopic data from single atom magnets and catalysts.

PhD Research

Thesis Title: Simulating Surface Spectroscopy of Single Atom Magnets and Catalysts

Supervisors: Prof. Reinhard Maurer & Prof. Julie Staunton

Dylan’s doctoral research applies computational methods to interpret complex spectroscopic data from single atom magnets and catalysts. The project aims to develop methodology for characterizing rare-earth materials using:

• X-ray photoelectron spectroscopy (XPS)
• X-ray absorption spectroscopy (XAS)
• First-principles computational modeling

This work involves collaboration with Diamond Light Source and Duke University, combining experimental measurements with theoretical simulations to understand the electronic and magnetic properties of single atoms on surfaces.

Background

Dylan completed an MChem degree with a placement year at Loughborough University. During his industrial placement at Campden BRI, he gained experience in analytical chemistry. His master’s research focused on computational visualization of molecular aromaticity properties under the supervision of Dr. Felix Plasser.

Research Impact

Single atom catalysts and magnets represent the ultimate limit of miniaturization for functional materials. By developing accurate computational methods to simulate their spectroscopic signatures, Dylan’s work enables better characterization and design of these nanoscale systems for applications in catalysis, data storage, and quantum technologies.