Helen Wilson

Helen Jane Wilson, (born 1973), is a British mathematician and the first female Head of Mathematics at University College London (UCL).

Her research focuses on the theoretical and numerical modelling of the flow of non-Newtonian fluids such as polymeric materials and particle suspensions.

Wilson was born in Warrington.

Her father, Leslie Knight Wilson was a chartered accountant; her mother, Brenda (née Naylor) a French teacher.

She attended Broomfields Junior School and Bridgewater High School.

Wilson studied at Clare College, Cambridge, completing a BA, Certificate of Advanced Study in Mathematics (later converted to an MMath) and PhD in mathematics.

Her PhD thesis, titled "Shear Flow Instabilities in Viscoelastic Fluids", was supervised by John Rallison.

On graduation she moved to the University of Colorado at Boulder, where she began research on suspension mechanics with Rob Davis in the Chemical Engineering department.

In 2000 Wilson returned to the UK to take up a lectureship in Applied Mathematics at the University of Leeds.

In 2004 she moved to UCL, where she is Professor of Applied Mathematics and as of September 2018, Head of Department.

Wilson is the first female to hold the position of Head of Mathematics at UCL.

Wilson's PhD thesis and early papers focused on instabilities in viscoelastic fluids.

She predicted a new instability in channel flow of a shear-thinning fluid which was later discovered experimentally by another group and on which she still works.

She has also worked on instabilities in shear-banding flows and in more complex geometries.

Her other major research interest, besides viscoelasticity, is suspension mechanics, and in particular the effect of particle contacts on fluid rheology.

Her most recent projects draw these two fields together, investigating the interaction of solid particles with their complex material environment in fields ranging from healthcare to engineering.

Her academic publications are listed on the UCL site.

One of her best-known publications is the paper "The fluid dynamics of the chocolate fountain", co-authored with Adam Townsend.

Unusually for a mathematical paper, this was covered in the Washington Post.

Problem plastics & how mathematics can help, published in UCL Science and presented at Mathematics Works (Oct 2007).

In 2014 she was a member of the subject panel for Mathematics on ALCAB (the A Level Content Advisory Board), advising on the reforms to A Level Mathematics for first teaching in September 2016.

She was a Council Member and is now the Vice-President (Learned Societies) of the Institute of Mathematics and its Applications.

She is married with two children.

Practical Analytical Methods for PDEs in volume 1 of the LTCC Advanced Mathematics series, World Scientific, 2015.

She was president (for the 2015–2017 term) of the British Society of Rheology

the first woman to hold this position.

Public lecture: From gases to gloops: Instabilities in fluids in the UCL Lunch Hour Lecture series on 23 February 2016.

Case study for the Royal Society on how a supportive employer can support a mother on her return to work.

Blog post and BBC World TV news interview commenting on the award of the Fields Medal to a female mathematician for the first time.

The D'Hondt method Explained: brief explanation of an easier way to understand the allocation of seats at the European elections

In 2016, Wilson co-authored with Dame Celia Hoyles a chapter of the book "Mathematics: How It Shaped Our World"

Wilson is an editor of the

Journal of Non-Newtonian Fluid Mechanics

and the

Journal of Engineering Mathematics.

She is a member of the Editorial Advisory Board for

Physics of Fluids.

Wilson gave the 2019 Joint London Mathematical Society Annual Lecture on "Toothpaste, custard and chocolate: mathematics gets messy".