Molecular Imaging and Analysis Doctoral Training Programme (EPSRC-funded PhD studentships over four years)
Visit website
Applications are open for up to four PhD studentships, with the Molecular Imaging and Analysis Doctoral Training Programme.
This programme builds on the unique technical capabilities and international leadership of the University of Nottingham in this research area.
Applications will close when these studentships have been allocated or by Friday 28 August 2020 so you should apply as soon as possible.
Molecular imaging and analysis
This programme seeks to develop a new generation of scientists with analytical and materials characterisation skills underpinning a wide range of molecular science topics in chemistry, physics and engineering, with particular focus on nanoscale materials.
This exciting programme offers a combined approach to practical and theoretical training for its students, enabled by the Nanoscale and Microscale Research Centre – a globally unique facility housing imaging and analytical instrumentation, with a strong research portfolio and engagement with the industrial sector, which will provide a state-of-the-art training environment for students of this doctoral training partnership.
The functional properties of molecules and materials are determined at the atomic bonding level and expressed ultimately by their interactions with atoms and molecules of other components within a system. Therefore, imaging and analysis across the length scales, from micro to nano and down to the single-molecule scale holds the key for a wide spectrum of applications, ranging from electronic devices, catalysts and sensors, quantum systems, along with materials for energy storage and conversion.
Our PhD students will be developing new approaches and methodologies for molecular imaging and analysis to deliver solutions for urgent technological, economic and societal challenges facing humankind. Each PhD student will be supervised by two academics bringing complementary research expertise and providing excellent opportunities for cross-disciplinary collaboration.