Thomas Madsen is smiling in front of a white background

Dr Thomas Madsen

Head of Subject in Computing – Data Science
Senior Lecturer in Mathematics and Statistics
Deputy Quality Lead for SCE
School of Computing and Engineering
Thomas.Madsen@uwl.ac.uk

Before joining the University of West London, Dr Madsen was a Lecturer at University of Buckingham.  Before that he held academic positions at a number of international institutions, including at Aarhus University (Denmark), Centro di Ricerca Matematica Ennio De Giorgi (Pisa) and King’s College London.

Most of Dr Madsen’s research and publications are in the area of differential geometry. He particularly enjoys analysing and finding explicit solutions to partial differential equations that arise in a geometric context (e.g., Einstein’s equations), using symmetry techniques.

  • Qualifications

    BSc (University of Southern Denmark), MSc (University of Southern Denmark), PhD (University of Southern Denmark).

  • Memberships

    London Mathematical Society (LMS)
    European Mathematical Society (EMS)
    Danish Mathematical Society
    Senior Fellow of the Higher Education Academy (SFHEA)
    Fellow of the Institute of Mathematics (FIMA)

Research

  • Research and publications

    Publications

    Lotay J.D., Madsen T.B. (2022). Instantons on flat space: Explicit constructions. Available online. 

    Jagdev R., Madsen T.B. and Finn. P. (2022). On the ability of machine learning methods to discover novel scaffolds. Accepted.

    Madsen, T. B. & Swann, A. (2019) Toric geometry of Spin(7)-manifolds. International Mathematics Research Notices. Doi 10.1093/imrn/rnz279.

    Madsen, T. B. & Swann, A. (2019) Toric geometry of G2-manifolds. Geometry & Topology. Vol. 23, pp. 3459-3500. ISSN: 1465-3060.

    Conti, D., Madsen, T. B. & Salamon, S. (2018) Quaternionic Geometry in Dimension 8. Oxford University Press. Geometry and Physics: Volume 1: A Festschrift in honour of Nigel Hitchin. ISBN-13: 9780198802013.

    Lotay J.D., Madsen T.B. (2017). Instantons and Special Geometry. In: Chiossi S., Fino A., Musso E., Podestà F., Vezzoni L. (eds) Special Metrics and Group Actions in Geometry. Springer INdAM Series, vol 23. Springer.

    Conti, D. & Madsen, T. B. (2015) Harmonic Structures and Intrinsic Torsion. Transformation Groups Vol. 20. pp. 699–723.

    Madsen, T. B. & Swann, A. (2012). Multi-moment maps. Advances in Mathematics Vol 229. pp.  2287-2309.

Courses taught on