THOMAS YOUNG CENTRE

THE LONDON CENTRE FOR THE THEORY & SIMULATION OF MATERIALS & MOLECULES

THOMAS YOUNG CENTRE

THE LONDON CENTRE FOR THE THEORY & SIMULATION OF MATERIALS & MOLECULES

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Artificial Intelligence & Machine Learning

Functional materials and devices

Methods and Formalisms for simulating materials

Soft and Biological Matter

Structural materials

Surfaces & Interfaces

Dr Stefano Angioletti-Uberti

Imperial College London

Methods and Formalisms for simulating materials

Soft and Biological Matter

Dr Stefano Bo

King’s College London

Soft and Biological Matter

Professor David Bowler

University College London

Soft and Biological Matter

Professor Steve Bramwell

University College London

Soft and Biological Matter

Structural materials

Professor Fernando Bresme

Imperial College London

Functional materials and devices

Methods and Formalisms for simulating materials

Soft and Biological Matter

Structural materials

Surfaces & Interfaces

Professor John Brodholt

University College London

Functional materials and devices

Soft and Biological Matter

Surfaces & Interfaces

Professor Sir Richard Catlow FRS

University College London

Soft and Biological Matter

Surfaces & Interfaces

Dr Yi-Pik (Helen) Cheng

University College London

Soft and Biological Matter

Surfaces & Interfaces

Professor Marc-Olivier Coppens

University College London

Soft and Biological Matter

Surfaces & Interfaces

Dr Sarath Chandra Dantu

Brunel University London

Soft and Biological Matter

Dr Ismael Diez Perez

King’s College London

Functional materials and devices

Soft and Biological Matter

Surfaces & Interfaces

Professor Benjamin Doyon

King’s College London

Methods and Formalisms for simulating materials

Soft and Biological Matter

Structural materials

Dr James P. Ewen

Imperial College London

Methods and Formalisms for simulating materials

Soft and Biological Matter

Structural materials

Surfaces & Interfaces

Professor Ian Ford

University College London

Functional materials and devices

Methods and Formalisms for simulating materials

Soft and Biological Matter

Dr Arianna Fornili

QMUL

Soft and Biological Matter

Professor Franca Fraternali

University College London

Soft and Biological Matter

Surfaces & Interfaces

Professor Sergi Garcia-Manyes

King’s College London

Soft and Biological Matter

Professor Shozeb Haider

University College London

Soft and Biological Matter

Professor Flemming Hansen

University College London

Soft and Biological Matter

Dr Gabi Heller

University College London

Soft and Biological Matter

Surfaces & Interfaces

Professor Chris Howard

University College London

Soft and Biological Matter

Surfaces & Interfaces

Dr Peter Huthwaite

Imperial College London

Functional materials and devices

Soft and Biological Matter

Professor George Jackson

Imperial College London

Methods and Formalisms for simulating materials

Soft and Biological Matter

Structural materials

Surfaces & Interfaces

Professor Serafim Kalliadasis

Imperial College London

Soft and Biological Matter

Surfaces & Interfaces

Professor Peter King

Imperial College London

Methods and Formalisms for simulating materials

Soft and Biological Matter

Structural materials

Dr Wojciech Kopec

Queen Mary University of London

Methods and Formalisms for simulating materials

Soft and Biological Matter

Professor Alexei Kornyshev

Imperial College London

Functional materials and devices

Soft and Biological Matter

Structural materials

Surfaces & Interfaces

Dr Chiu Fan Lee

Imperial College London

Soft and Biological Matter

Professor Chris Lorenz

King’s College London

Soft and Biological Matter

Dr Micaela Matta

King’s College London

Soft and Biological Matter

Professor Carla Molteni

King’s College London

Functional materials and devices

Methods and Formalisms for simulating materials

Soft and Biological Matter

Surfaces & Interfaces

Dr Jarvist Moore Frost

Imperial College London

Functional materials and devices

Methods and Formalisms for simulating materials

Soft and Biological Matter

Surfaces & Interfaces

Professor Arash Mostofi

Imperial College London

Functional materials and devices

Methods and Formalisms for simulating materials

Soft and Biological Matter

Structural materials

Surfaces & Interfaces

Dr Ivan Palaia

King’s College London

Soft and Biological Matter

Dr Alessandro Pandini

Brunel University London

Soft and Biological Matter

Professor Sarah (Sally) Price FRS

University College London

Methods and Formalisms for simulating materials

Soft and Biological Matter

Dr Gunnar Pruessner

Imperial College London

Methods and Formalisms for simulating materials

Soft and Biological Matter

Professor Nick Quirke

Imperial College London

Methods and Formalisms for simulating materials

Soft and Biological Matter

Surfaces & Interfaces

Dr Edina Rosta

University College London

Soft and Biological Matter

Dr Michelle Sahai

Brunel University London

Soft and Biological Matter

Dr Maria Eugenia Sanz

King’s College London

Soft and Biological Matter

Professor Andreas Schatzlein

University College London

Soft and Biological Matter

Dr Bob Schroeder, Associate Professor

University College London

Functional materials and devices

Members

Soft and Biological Matter

Surfaces & Interfaces

Dr Marcello Sega, Associate Professor

University College London

Artificial Intelligence & Machine Learning

Soft and Biological Matter

Surfaces & Interfaces

Dr Francois Sicard

University College London

Soft and Biological Matter

Surfaces & Interfaces

Dr Paul Tangney

Imperial College London

Functional materials and devices

Methods and Formalisms for simulating materials

Soft and Biological Matter

Structural materials

Surfaces & Interfaces

Rafael Tapia-Rojo

King’s College London

Members

Soft and Biological Matter

Dr Curt von Keyserlingk

King’s College London

Methods and Formalisms for simulating materials

Soft and Biological Matter

Professor Sophia Yaliraki

Imperial College London

Functional materials and devices

Methods and Formalisms for simulating materials

Soft and Biological Matter

Surfaces & Interfaces