Collaborators and co-authors

Note to self: I am currently too busy to keep this page updated! Need to find a better mechanism…(Sept 2020)

The world is filled with wonderful researchers. Here are a few of them.

OCIAM, Mathematical Institute
University of Oxford
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Worked together: 2007-Present
What we worked on: Exponential asymptotics, free-surface flows, gravity-capillary waves

OCIAM, Mathematical Institute
University of Oxford
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Worked together: 2012-Present
What we worked on: Thin film flows on curved surfaces

OCIAM, Mathematical Institute
University of Oxford
Homepage

Worked together: 2013-Present
What we worked on: Morphoelasticity and tissue growth on curved substrates

Department of Mathematics
University College London
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Worked together: 2008-2012
What we worked on: Free-surface flows, boundary integral methods, ship waves

OCIAM, Mathematical Institute
University of Oxford
Homepage

Worked together: 2013-Present
What we worked on: Elastocapillary dynamics and wrinkling of thin membranes

Department of Mathematics
University of Strathclyde
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Worked together: 2011-Present
What we worked on: Interactions between thin free-surface flows and elastic structures

PACM and Department of Mathematics
Princeton University
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Worked together: 2010-2012
What we worked on: Singularities in fluid mechanics, the moving contact line problem

Mechanical and Aerospace Engineering
Princeton University
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Worked together: 2010-Present
What we worked on: Viscous flows, free-surfaces interacting with elastic structures, thin film flows on curved surfaces

Department of Mathematics
Duke University
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Worked together: 2010-2011, 2013-Present
What we worked on: Rupturing processes in thin films and solids, singular perturbation theory

School of Mathematics and Statistics
Carleton University
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Worked together: 2005-2007
What we worked on: Nonlinear waves, Korteweg-de Vries equations, sloshing, perturbation theory

Department of Mathematics
University of British Columbia
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Worked together: 2012-Present
What we worked on: Thin film flows on curved surfaces; the Closest Point Method

Department of Mathematics and Statistics
University of Ottawa
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Worked together: 2002-2004
What we worked on: Mathematical genomics

Department of Mathematics
University of British Columbia
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Worked together: 2013-2014
What we worked on: Localized spot patterns on the surface of the sphere

Department of Mathematics
National University of Singapore
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Worked together: 2010-2012
What we worked on: Singularities in fluid mechanics, the moving contact line problem

Mathematical Institute
University of Oxford

Worked together: 2013-2014
What we worked on: (MMath) Multiple scales and discrete difference equations
Now working at: D.Phil. Engineering at the University of Oxford

Mathematical Institute
University of Oxford

Worked together: 2015-2017
What we worked on: (BA) Jets, waterfalls, and splashes from angled slots, (MMath) Complex singularities near the intersection of a free-surface and a rigid wall
Now working at: D.Phil. student in Mathematics at the University of Oxford (to begin 2017-2018)

Mathematical Institute
University of Oxford

Worked together: 2015–2016
What we worked on: Complex singularities in Stokes waves
Now working at: Ph.D. student in Physics at the University of Cambridge

Mathematical Institute
University of Oxford

Worked together: 2014-2015
What we worked on: (MMath) Tissue growth in a mono-layered epithelium

Mathematical Institute
University of Oxford

Worked together: 2016-2017
What we worked on: (BA) Exponential asymptotics, complex ray theory and applications to free-surface flows

Mathematical Institute
University of Oxford

Worked together: 2014-2015
What we worked on: (MMath) Phase field models and the thin film limit

Department of Mathematics
Princeton University

Worked together: 2011-2012
What we worked on: Raffi wrote and published his thesis, “Real Analysis for the Non-Genius”, which was later incorporated into the Real Analysis course at Princeton.

Mathematical Institute
University of Oxford

Worked together: 2014–2015
What we worked on: (M.Sc.) The multi-dimensional method of steepest descents
Now working at: Frontier Developments, UK

Mathematical Institute
University of Oxford

Worked together: 2015-2016
What we worked on: (MMath) Searching for new gravity-capillary waves Now working at: Ph.D. student in Mathematics at University College London

Mathematical Institute
University of Oxford

Worked together: 2016-2017
What we worked on: (MMath) Complex Singularities of the finite-depth Stokes wave

Mechanical and Aerospace Engineering
Princeton University
Homepage

Worked together: 2012-Present
What we worked on: (Ph.D.) Thin films on curved surfaces, fluid instabilities

Mathematical Institute
University of Oxford

Worked together: 2013-2014
What we worked on: (MMath) Discrete and continuum models for in vitro tissue growth

Department of Mathematics
Princeton University

Worked together: 2011-2014
What we worked on: Mathematics of patterns and reaction-diffusion equations
Now working at: D.Phil. Neuroscience at the University of Oxford

Mathematical Institute
University of Oxford

Worked together: 2013-2014
What we worked on: (MMath) Mathematical models for the wrinkling of thin sheets
Now at: Teaching PGCE at University of Cambridge

Mechanical and Aerospace Engineering
Princeton University
Homepage

Worked together: 2011-2012
What we worked on: Deformation of fibres due to viscous flows in Hele-Shaw cells

Mathematical Institute
University of Oxford

Worked together: 2014–2015
What we worked on: (MMath) Models for thin film flow on curved surfaces

Department of Mathematics
Princeton University

Worked together: 2011-2012
What we worked on: Applications of functional analysis to applied mathematics, Hahn-Banach Theorem