- Post-Doc, Theoretical Physics, Physics Dept, Manchester University, UK, 2001 (with Alan Bray and Mike Moore)
- Post-Doc, Condensed Matter, Theoretical Physics Dept, Oxford University, UK, 1999 (with David Sherrington)
- Ph.D. in Theoretical Physics, University of Rome Sapienza, Italy, 1998 (Spin-Glasses - advisor Giorgio Parisi)
- M.S. and B.A. in Theoretical Physics, University of Milan and SISSA - Trieste, Italy, 1995 (Conformal Field Theory - advisor Giuseppe Mussardo)
I was trained as a theoretical physicist and I have studied for some years the statistical mechanics of disordered systems, with a particular interest in spin-glasses, structural glasses and supercooled liquids. I have also been involved for a brief period in multi-agents modelling and econophysics.
More recently, I began working on collective behaviour in biological systems, trying to adopt an interdisciplinary approach that uses methods from statistical physics to solve biological and ethological problems. In this second life of mine, I mainly work on collecting and analyzing empirical data about bird flocks and insect swarms, but we are currently also starting two new projects on stem cell collective motion and on malaria mosquitoes swarming. All this turned me from a theoretical physicist into an experimental biologist, with some consequences on my health. My principal collaborator in this line of research is Irene Giardina.
I belong to the Sapienza unit of the Institute for Complex Systems (ISC-CNR). I am also associated to the Department of Physics at the University Sapienza, Rome.
COLLECTIVE BEHAVIOUR IN BIOLOGICAL SYSTEMS:
The basis of our overall methodology is linking the experimental data (observed behaviour) with the theories explaining the interactions rules governing large animal groups. This broad mandate requires an interdisciplinary approach ranging from field experiments, to computer vision, to statistical physics. In general, we have split our focus in two areas: i) experimental data gathering and processing; ii) data analysis and theory. Our experimental work is carried out in the natural habitat of the animal we are studying. We use multiple synchronized high speed cameras to capture image sequences of the aggregation. By using novel computer vision algorithm, we are then able to reconstruct the 3D trajectories of each individual in the group. Our data analysis follows a theoretical approach inspired by the principles of statistical physics.
Figure: a drop of starlings, our favourite statistical system.
SUPERCOOLED LIQUIDS AND THE GLASS TRANSITION:
I am working on devising new methods to detect a growing static correlation length in deeply supercooled liquids. By using amorphuos boundary conditions we measured for the first time a thermodynamic correlation length. In so doing we test the validity of different theoretical frameworks of the glass transition, namely the Adam-Gibbs theory and the Mosaic (aka Random First Order) theory. We are also trying to measure the surface tension between different amorphous phases in deeply supercooled liquids and to establish a link between static relaxation and dynamic heterogeneities through the concept of surface tension. My coworkers on this topic are Paolo Verrocchio, Tomas Grigera, Chiara Cammarota, Giacomo Gradenigo, Giulio Biroli and Jean-Philippe Bouchaud.
Figure: amorphous excitations in a deeply supercooled liquid.
Read more about the growth of amorphous order in glass-forming liquids.
PUBLICATIONS AND CV:
My SCOPUS evaluation page
You can find a brief CV here
People in my group say I'm an asshole! Check this great video (mostly in italian) on how it is working with me.
- Massimiliano Viale - collective behaviour: computer vision, maximum entropy method
- Stefania Melillo - collective behaviour: experiments
- Ed Shen - collective behaviour: experiments
- Lorenzo Del Castello - collective behaviour: experiments
- Alessandro Attanasi - collective behaviour: computer vision
- Asja Jelic - collective behaviour: theory
- Supravat Dey - collective behaviour: theory
- Edmondo Silvestri (PhD) - collective behaviour: models running on GPU
- Leonardo Parisi (Diploma) - collective behaviour: computer vision, tracking
I teach a course on Disordered Systems for the PhD in Physics at the University `La Sapienza'
tel: +39 06 4993 7460fax: +39 06 4993 7440
email: andrea --dot-- cavagna --at-- gmail --dot-- com
This is it, the Mongibello.
- Raffaele Tavarone (Diploma): dynamical maximum entropy in flocks (now a PhD student in Berlin)
- Duccio Piovani (Diploma): dynamical maximum entropy in simulations (now a PhD student in London)
- Chiara Cammarota (Diploma and PhD): glasses, surface tension in amorphous systems, growth of amorphous order, mosaic theory (now a post-doc at CEA, in Saclay)
- Alessio Cimarelli (Diploma): collective animal behaviour, experiments, velocity field
- Valentino Pompili (Diploma): collective animal behaviour, diffusion properties
- Fabio Stefanini (Diploma): collective animal behaviour, experiments, tracking (now a PhD student at the Institute of Neuroinformatics, ETH, Zurich)
- Alessandro Attanasi (Diploma and PhD): elastic effects in supercooled liquids, effects of quenched disorder in superconductors
- Andrea Procaccini (PhD): collective animal behaviour, experiments, data analysis (now a post-doc in the Statistical Physics and Computational Systems Biology group at ISI, Torino)
- Alessia Annibale (Diploma): Spin Glasses (now a Lecturer in the Disordered Systems group at King's College, London)
- Elisa Trevigne (Diploma): Spin Glasses
- Giulia Gualdi (Diploma): Spin Glasses