Explore our sections, centres and partnerships below.
Our research activity takes place across our research sections, partnerships and research centres.
Explore our sections, centres and partnerships below.
Our activity spans five research sections, which are further subdivided into groups.
The Applied Mathematics section consists of three research groups in Mathematical Biology, Imaging and Data Science, and Waves and Continuum Mechanics, covering a diverse range of application areas.
The Pure Mathematics section consists of three research groups in Algebraic Geometry, Dynamical Systems and Geometry and Topology.
This section consists of the Stochastics research group and the Institute of Financial and Actuarial Mathematics.
We explore the fundamental laws of nature, bridging deep theoretical insights with phenomenological applications to cosmological observations, gravitational wave experiments, dark matter searches, and particle physics experiments at facilities such as CERN.
We are a team of educators passionate about the enhancement of education in Mathematics. We engage in scholarly activities to promote and support enhancement within and outside the department.
We have a strong track record working with a wide number of external companies, organisations, charities and government departments on collaborative research projects, consultancy work and student activity.
This partnership facilitates the emergence of new research collaborations between Liverpool academics and leading African scientists and supports the development of the next generation of scientists in Africa.
We work with a range of external partners on collaborative research, consultancy and student activity. Find out more about how we can collaborate and how to get in touch.
We welcome applications for independent research fellowships and also offer a range of studentships for postgraduate study.
Research centres are typically funded by large grants from a learned society or research council. A research centre brings together experts from different groups and departments who share an interest in a common theme and supports collaboration through activities such as postdoctoral projects, seminar series, workshops and conferences.
This Centre views the development of mathematical techniques as key for imaging science. The team of applied mathematicians tackle real life problems by developing techniques for scientists and engineers to use.
This Centre brings together experts from across Mathematical Sciences, Geography, Physics and Earth Sciences to carry out radiometric dating of sediments within the University facilities.
This Centre brings toegther a large multidisciplinary team of mathematicians, statisticians and healthcare researchers, clincians and industrialists to address key challenges in healthcare.
This Centre provides a focus for attracting external funding to support interdisciplinary modelling projects and to promote and support research activities which require significant mathematical involvement.