Kim Christensen | Professional activities

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Professor of Theoretical Physics

Department of Physics - Faculty of Natural Sciences

Orcid identifier0000-0002-7648-7332 (opens in a new tab)⁠

Professor of Theoretical Physics
Department of Physics - Faculty of Natural Sciences

020 7594 7574 (Work)

k.christensen@imperial.ac.uk (opens in a new tab)

812, Blackett Laboratory, South Kensington Campus, United Kingdom

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COLLABORATION

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Department of Mathematics, City University
1 Jan 2017
Max Falkenberg - Cardiology: Modelling Atrial Fibrillation, Network Science
COLLABORATION

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Department of Physics, Imperial College London
1 Jan 2017
Tim Evans - Complexity & Networds Science
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Faculty of Medicine, Dept. of Cardiology, Imperial College London
1 Jul 2011
Prof. Nicholas S. Peters - Cardiology: Modelling atrial fibrillarion
COLLABORATION

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David Geffen School of Medicine, University of California, Los Angeles (UCLA)
1 Jan 2008
D Chialvo, Professor - Neuroscience, brain dynamics, brain fMRI
COLLABORATION

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University College London
1 Jan 2008
Elsa Arcaute - Self-regulatory systems. Ant colonies as complex systems.
COLLABORATION

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Dept. of Engineering & Mathematics, University of the West of England
1 Jan 2006
AB Sendova-Franks, Reader in biometry and animal behaviour - Self-regulary social systems. Ant colonies as complex systems.
COLLABORATION

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School of biological sciences, University of Bristol
1 Jan 2006
N Franks, Professor of animal behaviour and ecology - Self-regulatory systems. Ant colonies as complex systems.
COLLABORATION

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University of Bristol
1 Jan 2000
Leon Danon - Unified scaling law for earthquakes
COLLABORATION

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Department of Physics, University of Oslo
1 Jan 1993
Jens Feder - Dynamics in slowly driven granular systems
COLLABORATION

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1 Jan 1990
Per Bak - Self-organised criticality
COLLABORATION

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Dept. of Mathematics, Imperial College London
1 Jan 1988
HJ Jensen, Professor of Mathematical Physics - Self-organised criticality, biological evolution, dynamical systems, complexity and network science, brain dynamics, musical creativity
RESEARCH STUDENT SUPERVISION

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A complexity and networks approach to sustainability (opens in a new tab)⁠
Zachariou N
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RESEARCH STUDENT SUPERVISION

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An Odyssey with complexity and network science: From the brain to social systems (opens in a new tab)⁠
Expert P
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RESEARCH STUDENT SUPERVISION

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Approaches to criticality: Rainfall and other relaxation processes
Peters DOB
RESEARCH STUDENT SUPERVISION

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Causal structure in networks (opens in a new tab)⁠
Clough J
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RESEARCH STUDENT SUPERVISION

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Coarse graining equations for flow in porous media: A Haar wavelets and renormalization approach
Pancaldi V
RESEARCH STUDENT SUPERVISION

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Different roles of nodes in networks (opens in a new tab)⁠
Yao Q
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RESEARCH STUDENT SUPERVISION

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Mutual information based measures on complex interdependent networks of neuro data sets (opens in a new tab)⁠
Razak F
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RESEARCH STUDENT SUPERVISION

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Numerical investigations into order parameter fluctuations
Moloney NR
RESEARCH STUDENT SUPERVISION

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On the dynamics and topology of networks
Farid N
RESEARCH STUDENT SUPERVISION

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Self-organised criticality and non-equilibrium statistical mechanics
Stapleton M
RESEARCH STUDENT SUPERVISION

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Stories from different worlds in the universe of complex systems
Ciacci A
RESEARCH STUDENT SUPERVISION

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Structure and dynamics in atrial fibrillation: A model of cardiac excitation (opens in a new tab)⁠
Manani K
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RESEARCH STUDENT SUPERVISION

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Studies in Complex Systems: Complex Networks with Hidden Layers & Modelling Atrial Fibrillatio (opens in a new tab)⁠
Falkenberg M
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RESEARCH STUDENT SUPERVISION

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Tangled Nature: A model of ecological evolution
Collobiano SAD

ProfessorKim Christensen

PROFESSIONAL ACTIVITIES