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Alessia Annibale

Dr Alessia Annibale

Reader in Disordered Systems

Research interests

  • Mathematics

Biography

Biography

Alessia joined the Disordered Systems and Neural Networks group as a Lecturer in the Department of Mathematics, King’s College London, in September 2007, having studied for her PhD at King's for the three-year period before this on “Fluctuation-dissipation relations and heterogeneities in coarsening systems: insights from exact calculations”.  From November 2003-September 2004 she held a research bursary, working on statistical mechanics of disordered systems, in the Department of Physics, University of Rome “La Sapienza”, Italy, and Centre for Statistical Mechanics and Complexity, INFM Roma “La Sapienza”.  She studied for her Masters degree in Theoretical Physics at the same university.  Her thesis was on “Supersymmetric calculation of the complexity in the Sherrington-Kirkpatrick model and its equivalence with the thermodynamical approach”

Research interests

  • Theory of spin glasses, complexity and structure of metastable states
  • Out of equilibrium dynamics, aging, fluctuation dissipation relations, effective temperatures interpretation
  • Null models for real world networks, entropy measures for network ensembles and characterization of distances 
  • Graph dynamics and generation of complex network ensembles
  • Stochastic processes and critical phenomena on finitely connected random graphs (Ising models, Kuramoto oscillators, percolation)

Further information

The publication feed is not currently available.

Research

FEATURE Graph Equations
Disordered Systems

The Disordered Systems group at King's is at the forefront of research in statistical mechanics of disordered and complex systems.

cnes herox
Centre for Non-Equilibrium Science (CNES)

CNES acts as an international hub for cross-disciplinary research in non-equilibrium science.

AQ  Mathematics NMES Paid Media
P31: Analysis and Modelling of Bedform Development as an Aggregation & Fragmentation Process

Analysis and Modelling of Bedform Development as an Aggregation & Fragmentation Process

Project status: Completed

AQ  Mathematics NMES Paid Media
P91: The impact of natural hazards on transport infrastructure and human mobility

The impact of natural hazards on transport infrastructure and human mobility.

Project status: Completed

News

New framework uses games of chance to put 'price' on intangible assets

The new statistical model could have major implications for how data is bought and sold

Person interacting with interactive graph

New graph-based visualisation interface for UK laws

New visualisation platform developed at King’s makes it easier to work with complex legal texts.

Ethical and legal aspects

The publication feed is not currently available.

Research

FEATURE Graph Equations
Disordered Systems

The Disordered Systems group at King's is at the forefront of research in statistical mechanics of disordered and complex systems.

cnes herox
Centre for Non-Equilibrium Science (CNES)

CNES acts as an international hub for cross-disciplinary research in non-equilibrium science.

AQ  Mathematics NMES Paid Media
P31: Analysis and Modelling of Bedform Development as an Aggregation & Fragmentation Process

Analysis and Modelling of Bedform Development as an Aggregation & Fragmentation Process

Project status: Completed

AQ  Mathematics NMES Paid Media
P91: The impact of natural hazards on transport infrastructure and human mobility

The impact of natural hazards on transport infrastructure and human mobility.

Project status: Completed

News

New framework uses games of chance to put 'price' on intangible assets

The new statistical model could have major implications for how data is bought and sold

Person interacting with interactive graph

New graph-based visualisation interface for UK laws

New visualisation platform developed at King’s makes it easier to work with complex legal texts.

Ethical and legal aspects