Universität Leipzig: Applied Magnetic Resonance

Our Division

Magnetic resonance is a powerful experimental tool with broad applications across numerous scientific disciplines. In addition to conducting active research, our division is also engaged in teaching spin resonance phenomena.

News

We are hiring

Open PhD Position

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November 2024

Our new Avance Neo operating at 400 MHz has been installed! It is equipped with the gradient unit and Diff50 probehead for diffusion measurements.

New Avance Neo 400

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October 2024

Highly insightful discussions with guest scholars from the China University of Mining and Technology, exploring the potential of NMR to elucidate complex structures and transport mechanisms within natural coal materials.

Private photo: R. Valiullin
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February 2020

We are pleased to welcome Hirala Gadaili as a doctoral student in our group. He aims to perform NMR diffusion studies in "dancing" samples.

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Welcome Jeremias

Our newest member, Jeremias Zill, joins our group as a post-doctoral researcher on a BASF-funded project. Jeremias will be developing our hardware set-up and studies of diffusion of alkanes in polymers at high pressures and temperatures.

Profile Dr. Jeremias Zill

January 2020

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APS Physics - October 2019

Our recent collaborative work on "Transport Properties of Mixed-Matrix Membranes: A Kinetic Monte Carlo Study" has been published in Physical Review Applied.

October 2019

New Publication in APS Physics. Photo: APS Physics.

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October 2019

Henry showed our results of "Revealing Interconnectivity in Disordered Porous Networks (and on Multi-length Scales)" in a poster at the 3rd Workshop of Hierarchically-ordered Materials: From Theory to Applications at Erlangen, Germany.

October 2019

Henry showed our results of "Revealing Interconnectivity in Disordered Porous Networks", Photo: H. Enninful.

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Our Team

Get to know our team members.

Research

We pursue interdisciplinary research with particular focuses on studies of transport and phase transition phenomena in soft matter, applications of solid-state NMR approaches for material research, and a synergistic combination of the conventional NMR experimentation with magnetic resonance imaging.