Michael Burt

Michael Burt

michael.burt@chem.ox.ac.uk

Office: CRL G7
Telephone: 44(0) 1865 275910
Group: 44(0) 1865 275975

EPSRC Early Career Fellow and College Lecturer

Group Leader, Physical and Theoretical Chemistry

 

Michael is a Canadian physical chemist who obtained his BSc (Hons) and PhD from the Memorial University of Newfoundland. He joined Oxford Chemistry's academic staff in 2019, following postdoctoral research with Terry McMahon (University of Waterloo) and Mark Brouard (University of Oxford).

His research combines mass spectrometry imaging and ultrafast spectroscopy to answer fundamental questions about molecular structures and reaction dynamics. He is a lead developer of FemtoLab Oxford, a multi-user ultrafast spectroscopy facility, and has directed or joined in 24 experimental campaigns with international colleagues at the SACLA, FLASH, and European X-ray free electron lasers (XFELs) in Japan and Germany. His scientific career has been supported by NSERC, EPSRC, the Royal Society, the UK Physical Sciences XFEL Hub, and through Horizon 2020. Beyond research, he enjoys Olympic weightlifting, kayaking, and the cold.

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2021-2022 PGCert Teaching and Learning in Higher Education, University of Oxford
2008-2012 PhD, Memorial University of Newfoundland (with T. D. Fridgen)
2004-2008 BSc (Hons) Memorial University of Newfoundland

 

2022, 2024 Molecular Reaction Dynamics
2019-2024 Physical Chemistry, Jesus College 

 

Research Councils:

RGS/R2/212360 Royal Society Research Grant: Coulomb explosion imaging of metal ion-ligand clusters (PI)
EP/S028617/1 EPSRC Early Career Fellowship: Imaging chemical dynamics with iltrafast laser spectroscopy (PI)
EP/R511742/1 EPSRC IAA: Ultrafast imaging mass spectrometry (Co-I)

 

XFEL Beamtimes (as PI):

SACLA 2023B8028 Measuring Norrish reaction dynamics using X-ray ionization
FLASH 20211755 Coulomb explosion imaging of asynchronous three-body dynamics
SACLA 2022B8048 Site-selectively probing selenophene ring-opening dynamics using X-ray ionization
FLASH 20181206 Imaging ultrafast photodynamics using site-selective X-ray ionization