|Guido Caldarelli (born
in Rome 1967) is an Italian physicist (statistical physics)
and full professor in Theoretical Physics at IMT School for Advanced
Studies Lucca. Caldarelli received his Ph.D. from SISSA, after which he
was a postdoc in the Department of Physics and School of Biology,
University of Manchester. He then worked at the Theory of Condensed
Matter Group, University of Cambridge, where he worked with Robin Ball
and styed in Wolfson College. He returned to Italy as a lecturer at
National Institute for Condensed Matter (INFM) and later as Primo
Ricercatore in the Institute of Complex Systems of the National Research
Council of Italy.
In this period he was also the coordinator of the
Networks subproject, part of the Complexity Project, for the Fermi
Centre. He also
spent some terms at University of Fribourg (Switzerland). In 2006 he has been visiting professor at École Normale Supérieure in Paris, in 2007 in the University of Barcelona, and in 2010 in ETH Zurich. He is ISI Fellow and fellow of the London Institute for Mathematical Science from its foundation.
|Giulio Cimini is Assistant Professor at IMT Lucca (Italy). His main expertise includes statistical physics, probability theory and data analysis, and his work focuses mainly on interdisciplinary application of physics in complex systems of social, biological, economic and financial nature. His current research is carried on in collaboration with researchers from national central banks and other central counterparty institutions. He obtained BSc and MS in physics at “La Sapienza” University of Rome (Italy), and got the PhD degree in theoretical and interdisciplinary physics at University of Fribourg (Switzerland). Before his current position, he was awarded a fellowship from the Swiss Natural Science Foundation for a research project on evolutionary game theory carried out at University Carlos III in Madrid (Spain). Then, he was a post-doctoral researcher at Institute for Complex Systems (ISC-CNR) in Rome (Italy), and currently keeps this affiliation by working on understanding the dynamics of innovation and competitiveness.||
|Walter Quattrociocchi obtained the Master Degree in Computer Science (Summa cum Laude) at the University of Parma and the Phd in Logic and Computer Science at the University of Siena. His research interests include dynamic networks, graph algorithms, and dynamic processes on complex networks. Recently, his work has focused on the modeling of social phenomena occurring on complex networks (i.e. social contagion, information diffusion, opinions formation and revision, social imitation).
|Fabio Saracco has a Master's Degree in Theoretical Physics at the University of Florence, with a thesis on non-linear Cosmological perturbations; he obtained his Ph.D. in Theoretical Physics (String Theory) at the University of Milano Bicocca in 2013, with a thesis on the resolution of strings singularities with Alessandro Tomasiello (INFN, Milano Bicocca department; Physics Department, University of Milano Bicocca). In 2013 he took an interest in the Complex Systems research: at the Institute for Complex Systems (ISC-CNR, Sapienza Department, Rome), he worked on Economic Complexity, a brand new branch of economic analysis able to measure the productivity capabilities of different countries. In this period, Fabio, in collaboration with Riccardo Di Clemente (ISC-CNR; MIT, Boston), Andrea Gabrielli (ISC-CNR, IMT) and Tiziano Squartini (ISC-CNR; IMT), developed a completely analytical method of network randomization for the special class of bipartite networks, with direct applications in Economic Complexity. Since October 2015, Fabio joined the NETWORKS research unit at IMT, with Guido Caldarelli. Fabio recent objects of research run from dynamical evolving network, non-linear algorithms and complex network null-models; the applications of these methods mostly cover the Trade Webs, but recently have been enlarged to other subjects, like Biological systems and Social networks.||
|Tiziano Squartini is a physicist, working from November 2015 as an Assistant Professor at IMT Institute for Advanced Studies, in Lucca (within the NETWORKS Research Unit). He was born in 1983 in Siena, where he graduated in 2008 with a Master's Degree in Physics and defended his PhD thesis ("Information-theoretic approach to the analysis of complex networks") in 2011. During the biennium 2012-2013 he was Postdoctoral Researcher at the Lorentz-Institute for Theoretical Physics (Leiden, NL) under the supervision of Diego Garlaschelli. From January 2014 to October 2015 he was Postodoctoral Researcher at the Institute for Complex Systems UOS Sapienza in Rome, under the supervision of Luciano Pietronero. His research activity focuses on complex networks theory, both on the development of novel theoretical models and on their application (mainly to financial and economic systems). He currently collaborates with the Supervisory Policy Division of the Dutch National Bank. Other research interests concern statistics and statistical mechanics.||ResearchGate|
|Rossana Mastrandrea is a Mathematician from Bari, currently a post-doc researcher at IMT Institute for Advanced Studies, in Lucca (NETWORKS research unit). She got the PhD in Economics at Sant’Anna School of Advanced Studies in Pisa working on the International Trade Network as a complex system under the supervision of Prof. Giorgio Fagiolo. She was a visiting fellow at Lorenz Institute of Theoretical Physics (Leiden, the Netherlands) in the group of Prof. Garlaschelli and part of the INET project “Empirical and theoretical analysis of macroeconomics networks” for two years at Sant'Anna School. From march 2014 to october 2015 she joined the team of Dr. Alain Barrat at the "Centre de Physique Théorique" in Marseille as a post-doc researcher for the project on disease transmission in collaboration with the Hôpital Nord in Marseille. She studied the epidemic spreading on networks focusing on: different social groups and social ties; methods of data detection; problems of data sampling.||ResearchGate|
|Mika Julian Straka is a theoretical physicist from Berlin, Germany, who joined
the Networks group in November 2014 as a PhD student. He obtained a
Master's Degree in Physics and Astrophysics cum laude from the
University of Florence. The main results of his thesis on the nonlinear
dynamics and transport properties of the one-dimensional
Fermi-Pasta-Ulam chain have been published in Physical Review E. Within
the Networks group, he currently focuses on economic networks and
formulation of statistical null models for bipartite networks. He
pursues the application of his findings to international trade in order
to develop sustainable development strategies.
|Marco Bardoscia is a theoretical physicist. He got his Ph.D. at the University of Bari with a thesis on applications of statistical physics to operational risks. He is currently Postdoctoral Research Associate at the London Institute of Mathematics and he previously was Postdoctoral Fellow at the Abdus Salam Centre for International Physics (ICTP). His research activity is focused on interdisciplinary applications of statistical physics, with a special focus on socio-economic systems and computational problems.||
|Paolo Barucca is a physicist specialized in Statistical Physics of disordered and complex systems. He has a Ph.D. in Theoretical Physics from Sapienza University with a thesis on disordered systems with Prof. Giorgio Parisi. He is currently researching systemic risk in financial networks trying to provide general, informative, and reliable indicators for quantifying the risk of default cascades in networks, predict systemic crises, and design more sustainable financial policies|
|Mark Buchanan PhD, is an
American physicist and author. He was formerly an editor with the
international journal of science Nature, and the popular science
magazine New Scientist. He has been a guest columnist for the New York
Times, and currently writes a monthly column for the journal Nature
Physics. Buchanan's books and articles typically explore ideas of modern
physics, especially in quantum theory or condensed matter physics, with
an emphasis on efforts to use novel concepts from physics to understand
patterns and dynamics elsewhere, especially in biology or in the human
social sciences. Key themes include, but are not limited to the (often
overlooked) importance of spontaneous order or self-organization in
collective, complex systems. All of his work aims to bring technical
advances in modern science to a broad, non-technical audience, and to
help stimulate the flow of ideas across disciplinary boundaries. He has been awarded, in June 2009, the Lagrange Prize in Turin, regarding science writing in the field of complexity.
||Andrea Gabrielli PhD, is a theoretical physicist. In recent years he collaborated to the development of the theory of Economic Complexity and studied the problem of reconstruction of complex networks from partial information which is of capital importance mainly in finance. He has a solid expertise in statistical physics of complex systems, stochastic processes and complex network theory. He is currently a researcher at CNR and Visiting Professor at Institute for Advanced Studies (Lucca, Italy), and at the Physics Department of the Boston University (MA, USA). He is the author of around 100 scientific publications on peer reviewing international journals and of one scientific book of statistical physics published by Springer (2004).||
||Tommaso Gili is an experimental physicist with a strong background in statistical physics. Since the beginning of his PhD (2003) he has been investigating a wide range of systems from materials to biological systems. He has a long experiene in the field of Nuclear Magnetic Resonance. In 2010 Tommaso was awarded a Marie Curie Fellowship to join the Cardiff University Brain Research Imaging Center and work on multimodal neuroimaging investigation of mild sedation in humans. Tommaso Gili’s research focuses on the development of neuroimaging methodologies (FMRI, EEG-FMRI, MRS, HARDI) to quantify brain function and structure in terms of neuronal, metabolic and vascular activity and structural organization, and application of such techniques to neuroscience. Dr Gili received funds as Main App. or Co-App. for approximately Euro 1.000.000. Funding bodies included the Lazio Government, the European Union (Marie Curie Action IEF), Ministry for University and Research, Cardiff University.
||Antonio Scala PhD, is a theoretical physicist, he got Master in Physics and Computer Science, at the University of Napoli; thesis on Frustrated Percolation and Monte Carlo Dynamics (PRL). Research activity on Reaction-Diffusion systems (PRL), Complex Networks (PNAS) and Protein Folding (PRE, EPL). Teaching Quantum Mechanics, Experimental Physics, Introductory Physics. Ph.D. in Condensed Matter Physics, Boston University; thesis on Metastable Critical Points and Energy Landscapes (PRL, Nature).got Master in Physics and Computer Science, at the University of Napoli; thesis on Frustrated Percolation and Monte Carlo Dynamics (PRL). Research activity on Reaction-Diffusion systems (PRL), Complex Networks (PNAS) and Protein Folding (PRE, EPL). Teaching Quantum Mechanics, Experimental Physics, Introductory Physics. Ph.D. in Condensed Matter Physics, Boston University; thesis on Metastable Critical Points and Energy Landscapes (PRL, Nature).|
||Gianna Vivaldo is a post-doc researcher at IMT Institute for Advanced Studies (Lucca), in the framework of the EU FET Integrated Project MULTIPLEX #317532. She obtained her M.S in Environmental and Medical Physics (Summa cum Laude) at the University of Turin, where she also got her Ph.D. in Physics (topics: paleoclimatic reconstructions; advanced spectral analysis). She was at IFSI/INAF; at ISI Foundation, where she won a CRT Foundation Lagrange Scholarship co-funded by INFN and A.O.U. San Luigi G.; and at INFN in the framework of RDH Project (Research and Development in Hadrontherapy). She participated to EC’s Project #12975 (NEST) “Extreme events: Causes and consequences (E2-C2)” and to Project FP7-ENVISION. Her research interest are: (1) Advanced time-series analysis applied to geophysics, macroeconomics, biological systems; complex networks in biology; (2) Paleoclimatology and climate change; meteorites and cosmogenic radionuclides (gamma-ray spectroscopy); extreme events analysis (volcanic records) (3) Medical physics (hadrotherapy and BNCT, TPS).
|Michela Del Vicario is a PhD candidate at IMT Lucca in the Computer, Decision, and Systems Science track (XXIX cycle). I am a fellow member of the Laboratory of Computational Social Science (CSSLab) at IMT Lucca, under Networks Unit. Her current research at IMT focuses on complex networks, and in particular on the analysis and modelling of information diffusion and opinion dynamics on online social network. She studied Mathematics at the University of Rome La Sapienza where she received her M.Sc. in 2013|
|Juan Ignacio Perotti is a physicist, born in 1979 in Corral de Bustos, Cordoba, Argentina. He studied Physics at FaMAF, University of Cordoba, Argentina. Then, he worked as a PhD candidate, fully financed by the Argentine National Research Council (CONICET), until he defended his PhD thesis ("Stability as a Mechanism of Natural Selection on Interaction Networks in Biological Systems") at the University of Cordoba in 2006. Later, after completing one year postdoc at FaMAF, with a Fellowship from CONICET also, he moved to Aalto University, Espoo, Finland, to work as a postdoctoral researcher under the supervision of Dr. Prof. Jari Saramaki, where he spend two years studying and working on temporal networks. Currently, he is working as a postdoc at IMT Institute for Advanced Studies, in Lucca, withing the NETWORKS Research Unit, since November of 2014. His main interest comprehend the study of the physics of complex systems and complex networks, combining theory with applications. He left NETWORKS for a Professorship in Cordoba, Argentina.|