Position

Thomas Fink

evolvability, technological innovation, resilience, graph theory, combinatorics, fractal mechanics

Chris Pickard

Electronic structure theory, crystal structure prediction, high-pressure physics, solid state NMR

Oscar Dahlsten

Quantum information/computation, non-equilibrium statistical mechanics, generalised probabilistics

Guido Caldarelli

Scale-free networks, fractal growth, self-organised criticality, statistical mechanics, sys. biology

Luciano Pietronero

High-t superconductivity, statistical physics, fractal growth, complex systems, finance, economic co

Ton Coolen

Disordered systems, random graphs and networks, processes on complex networks, mathematical bio-medi

Sir Peter Williams

Martin Reeves

Strategy, dynamics of innovation, evolution of organizations

Sir Roy Anderson

Dame Shirley Porter

Environmental sciences

Antonia Tingey

Liz Whitby

Roman Rybiansky

Product design, graphic design, beer, user experience, simplicity dynamics, digital marketing, Innovations, Technology

44 people

Chris Pickard

Fellow

cjp20@cam.ac.uk

Electronic structure theory

crystal structure prediction

high-pressure physics

solid state NMR

Chris Pickard studied physics at the Cavendish Laboratory, Cambridge and has worked in Cambridge (England), National Center for High Performance Computing (Taiwan) and the Universities of Kiel (Germany), Paris 6/7 (France), and St Andrews (Scotland). He is currently an EPSRC Leadership Fellow, and recently accepted a chair in physics at UCL. Pickard helps the modern research scientist see the universe at the atomic scale, through quantum mechanics.