Department of Mathematics

About us

Lively and friendly learning environment

Our degree programmes are run in a lively environment where teaching and research are well-integrated.

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PhD studentships available

The Department is currently accepting applications for PhD studentships in each of its four research areas. Find out more.

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About the Department of Mathematics

We are ranked 4th on the Guardian's University Guide 2018 league table for Mathematics.

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Mathematical and statistical advice

We provide a free service for all postgraduates, researchers and staff members.

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Our people

We are a friendly department of academic staff, research staff, tutors and administrators.

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Our Research Blog

  • Jan Gutowski is visiting the Department of Mathematics at King’s College London today (Wednesday 14 February), and giving a talk in the Triangle Seminar Series on “Highly supersymmetric AdS solutions“. Anti-de-Sitter solutions play an important role in the gauge-theory/gravity correspondence, and understanding their properties has provided important insights into the dual field theories. In the talk, Jan considers ADS solutions which are highly supersymmetric, in the sense that they preserve more than 16 supersymmetries, and he shows how modified versions of the homogeneity theorems of Figureoa-O’Farrill, combined with aspects of the global properties of the geometries, can be used to classify these solutions.

  • The paper “q-Poincare invariance of the AdS-3/CFT-2 R-matrix” co-authored by Riccardo Borsato (Nordita-Sweden), Surrey PhD student Joakim Strömwall and Alessandro Torrielli has been accepted for publication in Physical Review E.  The final form preprint is available for downloading here.

  • The paper “Fluid sloshing in rectangular vessels with side-wall baffles using conformal mappings of multiply-connected domains” by Matt Turner has been accepted for publication in the Quarterly Journal of Mechanics and Applied Mathematics.  The paper cleverly utilizes conformal mappings of a multiply connected domain to formulate a numerical procedure which has the ability to simulate an inviscid sloshing fluid in a rectangular vessel, with submerged side-wall baffles. The conformal mappings used are based upon the highly versatile Schottky-Klein prime function which allows the mapping to be easily modified from a doubly-, to a triply-, to an N-fold-connected domain. Results for the form of the conformal mapping are presented for 1 and 2 submerged baffles in both infinite and finite depth fluids.

Upcoming events

  • Seminar

Fields, Strings and Geometry Seminar

  • Tuesday 20 Feb. 2018

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  • Seminar

Agent-based models of pattern formation on zebrafish

  • Thursday 22 Feb. 2018

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  • Seminar

Latin Squares and the Design of Experiments

  • Thursday 01 Mar. 2018

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Undergraduate study

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Postgraduate taught study

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Postgraduate research study

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Research

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Latest news

Feature

UK success stories in industrial mathematics book launched

UK Success Stories in Industrial Mathematics features case studies of 37 mathematicians playing a role in the performance of businesses, including increased output, productivity and profit.

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Press release

Is your home harming you? New research highlights deadly effects of indoor pollution

New research in the journal Science of the Total Environment has highlighted the dangerous effects of indoor pollution on human health, and has called for policies to ensure closer monitoring of air quality. 

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News story

Chrissy Gavin - MMath (Year 4)

I enjoyed doing the project a lot, it is a very relaxed working environment and there was a lot of flexibility for me to investigate the areas of the project that I found most interesting.

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