Modelling Biological Evolution 2017: Developing Novel Approaches

4-7 April 2017

University of Leicester, UK

  • Main Organiser Andrew Morozov (University of Leicester, UK)
  • Sponsored by the University of Leicester

Mathematical modelling is a powerful, efficient and ethically justifiable tool for exploring various aspects of biological evolution and adaptation in biosystems ranging from biomolecules to human societies. Currently, new mathematical and computational approaches are being rapidly developed to allow us to cope with the existing and newly emerging challenges.

The aim of this meeting is to bring together a number of leading researchers who are constructing and/or implementing novel mathematical and computational approaches in modelling biological evolution based on:

  • game theory (including adaptive dynamics)
  • optimisation
  • system complexity reduction
  • reinforcement learning
  • networks modelling
  • data mining
  • agent-based simulation
  • and combinations of the above

Intensive debates are planned to discuss the universality of newly developed approaches to tackle various aspects of biological evolution, which might go well beyond the initial area of implementation of the suggested methods. This meeting will be as well an open forum for interaction between theoreticians and empirical biologists with the main goal to enhance interdisciplinary approaches and stimulate further advances in developing new mathematics to improve our undemanding of biological evolution and adaptation.

Share this page:

Contact details

Department of Mathematics
University of Leicester
University Road
Leicester LE1 7RH
United Kingdom

Tel.: +44 (0)116 229 7407

Campus Based Courses

Undergraduate: mathsug@le.ac.uk
Postgraduate Taught: mathspg@le.ac.uk

Postgraduate Research: pgrmaths@le.ac.uk

Distance Learning Course  

Actuarial Science:

DL Study

Student complaints procedure

DisabledGo logo

The University of Leicester is committed to equal access to our facilities. DisabledGo has detailed accessibility guides for College House and the Michael Atiyah Building.