Francesco Caravelli
Former Postdoc
francesco.caravelli@gmail.com
Non-equilibrium dynamicsSpectral methodsMemristorsComplex systems
Dr Francesco Caravelli is a senior postdoc in theoretical physics at the London Institute. He did his PhD at the Perimeter Institute, University of Waterloo on condensed matter models for quantum gravity and also worked on the statistical physics of dynamical graphs, the renormalization group and black holes. Dr Caravelli was a research scientist at Invenia Technical Computing. He is currently working on memristors, spectral methods and complex systems. Dr Caravelli is organizing an online video course on spectral methods for complex systems, hosted by the London Institute.
Sir Roy Anderson
Trustee
Stochastic models of disease, Modelling drug administration, Dynamics of amyloid diseases
Fabrizio Antenucci
Former Postdoc
Replica methods, Phase transitions in optimisation, Information theory, Machine learning
Marco Bardoscia
Former Postdoc
Statistical physics, Socio-economic systems, Theory of complexity, Metabolic networks
James Barrett
Former Postdoc
Bayesian methods, Clinical trial design, Machine learning, High-dimensional biomedical data
Jamie Blundell
Former Postdoc
Statistical mechanics, Semi-flexible filaments, Mathematical biology, Evolvability, Boolean dynamics
Robert Bywater
Research Associate
Guido Caldarelli
Fellow
Scale-free networks, Fractal growth, Self-organized criticality, Systems biology
Francesco Caravelli
Former Postdoc
Non-equilibrium dynamics, Spectral methods, Memristors, Complex systems
Ton Coolen
Fellow
Disordered systems, Random graphs, Processes on complex networks, Mathematical bio-medicine, Market models
Oscar Dahlsten
Fellow
Quantum information, Quantum computation, Non-equilibrium statistical mechanics, Probabilistics
Nicholas Day
Former Summer Undergraduate Research Fellow
Combinatorics, Boolean networks, Discrete mathematics
Doyne Farmer
Associate Fellow
Technological progress, Financial instability, Dynamical systems, Theoretical biology
Rob Farr
Associate Fellow
Novel structures and materials, Fractals, Fractal mechanics, Dynamics of innovation, Resilience
Thomas Fink
Trustee
Combinatorics, Evolvability, Technological innovation, Resilience, Graph theory, Fractal mechanics
Alexis Gallagher
Former Postdoc
Genotype-phenotype maps, Genospace algebra, Theory of neutral evolution, Evolution of cooperation
Francois Lafond
Former Postdoc
Economics of innovation, Environmental economics, Networks and complex systems, Applied econometrics
Ben Lynch
LIMS Ventures
Technology transfer, Web development, App development, Personalized media channels, Digital marketing
Catherine Meyer
Former Trustee
Chris Pickard
Associate Fellow
Electronic structure theory, Crystal structure prediction, High-pressure physics, Solid state NMR
Luciano Pietronero
Fellow
Economic complexity, Financial risk, Complex systems, High-T superconductivity
Martin Reeves
Trustee
Strategy, Technological innovation, Evolution of organizations, Science of change
Thomas Reeves
Former Summer Undergraduate Research Fellow
Spectral graph theory, Discrete mathematics, Evolutionary game theory
Roman Rybiansky
LIMS Ventures
Product design, User experience, Simplicity dynamics, Digital marketing, Innovations, Technology
Stefano Sebastio
Former Postdoc
Distributed systems, Cloud computing systems, Secure peer-to-peer architectures, Artificial intelligence, Reliability
Marec Serlin
Former Summer Undergraduate Research Fellow
Fractals and fractal structures, Mechanics of materials, Choice statistics
Kedron Silsbee
Former Summer Undergraduate Research Fellow
Galaxy formation, Neutral evolution, Stochastic processes, Boolean dynamics
Ilia Teimouri
BCG Henderson Institute Postdoc
Dynamics of innovation, String theory, Quantum gravity, Machine learning, Galton-Watson processes
Thomas Tombrello
Former Trustee
Materials, surface science, technology, geomorphology, what drives discoveries
Alexander Volkman
Former Summer Undergraduate Research Fellow
Geometric analysis, Mean curvature equations, Mean curvature surfaces, Isoperimetric problems
Liz Whitby
Accounts
Sir Peter Williams
Trustee
45 / 45 people