Student background. Theoretical Physics, Mathematics, Computer Science, Engineering (background in biology not necessary). The student will develop mathematical and computational approaches to analyze the behavior of complex biological systems, focusing on analyzing physiological dynamics. Read more
Supervisory Team. Daniil Yurchenko and Tim Waters. This is a unique project to study how energy transfer can be optimally performed between subsystems of a nonlinear system. Read more
Statistics underpin the algorithms that biologists use - often with minimal statistical training. Single-cell RNA-sequencing is a cutting-edge bioinformatics field aiming to identify all the cell types within an organism. Read more
Supervisory Team. Prof Michalis Zervas. Project description. High power fibre lasers (HPFLs), developed first at the University of Southampton, have advanced beyond recognition. Read more
Supervisory Team. Prof Jayanta Sahu. Project description. High power fibre lasers (HPFLs), developed first at the University of Southampton, have advanced beyond recognition. Read more
Supervisory Team. Prof David Richardson. Project description. High power fibre lasers (HPFLs), developed first at the University of Southampton, have advanced beyond recognition. Read more
This experimentally focused PhD project will explore how fluid-structure interactions can be harnessed for passive control of fluids, cargos and channel geometry in micro-scale fluidic devices. Read more
The Department of Mathematics at the University of Manchester seeks to find a PhD student in Probability Theory to work under the supervision of Dr Sebastian Andres on a research project on random walks in random environment and related probabilistic or analytic objects. Read more
The Department of Mathematics at the University of Manchester seeks to find a PhD student in Probability Theory to work under the supervision of Dr Sebastian Andres on a research project on random walks in random environment and related probabilistic or analytic objects. Read more
This exciting EngD/PhD project in 3D microscopy of advanced materials is in collaboration between, the Faculty or Science and Engineering, University of Manchester (. Read more
Clouds are a major driver for much of the uncertainty in weather and climate models and span a wide range of temperatures between 30 ºC to –70 ºC. Read more
In this exciting multi-disciplinary project, you will work at the interface between physical and biological sciences, using the latest technologies in both to address key questions that underlie food security in the face of changing climates. Read more
This project focusses on realising the enormous potential offered by applying machine-learning techniques to satellite-based remote sensing of volcanic plumes. Read more
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