MHL research group

Welcome to the Malcolm H Levitt magnetic resonance research group based at the University of Southampton in Hampshire, United Kingdom. The group has various research interests including, but not limited to, nuclear singlet states, endofullerenes, NMR relaxation theory and hyperpolarisation.

Personnel currently present with the group are as follows:

Prof. Malcolm H Levitt

Group leader

Contact: mhl@soton.ac.uk

Dr. Mohamed Sabba

Post Doctoral Research Fellow

Contact: m.sabba@soton.ac.uk

Dr. George R. Bacanu

Post Doctoral Research Fellow

Contact: G.R.Bacanu@soton.ac.uk

Dr. James Whipham

Post Doctoral Research Fellow

Contact: J.Whipham@soton.ac.uk

Dr. Bonifac Legrady

Post Doctoral Research Fellow

Contact: M.B.Legrady@soton.ac.uk

Dr. Murari Soundararajan

Post Doctoral Research Fellow

Contact: Murari.Soundararajan@soton.ac.uk

Oksana Bondar

Post Doctoral Research Fellow

Contact: Oksana.BONDAR@soton.ac.uk

Harry Harbor-Collins

PhD Student

Contact: hhc1g18@soton.ac.uk

Urvashi Heramun

PhD Student

contact: udh1g18@soton.ac.uk

Open Positions

Open positions in the Malcolm Levitt research group at the University of Southampton are advertised on this page. To apply, please click the link on the relevant job posting. Any queries should be directed to Malcolm Levitt at mhl@soton.ac.uk. Research Fellow in variable-field NMR Magnetic Resonance Location:  Highfield CampusSalary:   £34,980 to £42,978 Per annumFull Time …

Publications

Historical The Homogeneous Master Equation and the Manipulation of Relaxation Networks Author(s) Malcolm H.Levitt and Lorenzo Di Bari Year 1993 Journal Bulletin of Magnetic Resonance Vol. 16, No. 1/2 MHL Publications A comprehensive list of publications made by Malcolm levitt during his time at the University of Southampton can be found here.

Research

The MHL group aims to develop new techniques and equipment for Nuclear Magnetic Resonance (NMR), an invaluable spectroscopic tool for the non-invasive analysis of different substances and processes. NMR exploits the quantum mechanical property of spin, a form of intrinsic angular momentum, which gives rise to a detectable magnetic moment in certain atomic nuclei. These …