PhD Studentship in Numerical Analysis and Scientific Computing. The project concerns numerical solution of partial differential equations (PDEs) with uncertainty in input data. Read more
PhD Studentship in Numerical Analysis and Scientific Computing. The project concerns numerical solution of partial differential equations (PDEs) with parametric uncertainty in input data. Read more
The University of Birmingham is well-known for its research into group theory, Lie theory and representation theory. The School of Mathematics has a vibrant and productive postgraduate environment that promotes research at the highest level. Read more
Tumour cells are long known to appear in vastly diverse shapes, both across patients and within a single tumour. This is in stark contrast to the regularity of cell shapes of healthy epithelial tissues from which most tumours originate. Read more
Evolutionary Game Theory (EGT) [MSP73] has proven to be a powerful and versatile mathematical framework for the modelling and analysis of complex biological (and economical) systems whenever there is frequency dependent selection. Read more
Cancer rarely kills through the primary tumour in which cancer arises, e.g. the prostate in prostate cancer. Instead, cancer cells may travel through the vasculature and colonialize distant organs – a process termed metastasis. Read more
PhD Project. nonlinear and nonlocal partial differential equations. Project description. Complex systems in nature and in applied sciences are often described by nonlinear and nonlocal partial differential equations (PDEs). Read more
Details. Stochastic differential equations (SDEs) are widely used in science and engineering in order to model systems where random effects play a significant role. Read more
Cells utilise intracellular molecular networks to perform all their essential functions. These functions include the processing of food and generation of energy to live, grow and divide. Read more
The student will be joining part of a large interdisciplinary team working on the Leverhulme Trust funded project "Shape-Transforming Active Microfluidics", led by Dr Tom Montenegro-Johnson, which will comprise around 4 PhD students, 4 Postdoctoral Research Associates, and an Artist in Residence. Read more
