CURRICULUM VITÃ di Massimo Cencini - Sapienza
CURRICULUM VITÃ di Massimo Cencini - Sapienza
CURRICULUM VITÃ di Massimo Cencini - Sapienza
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Exit-times of turbulent signals<br />
VIII conferenza Europea <strong>di</strong> Turbolenza (ETC8), Barcelona (Spagna), 2000.<br />
Non-Linear versus Linear <strong>di</strong>sturbance propagation in spatially <strong>di</strong>stributed systems,<br />
Max-Planck-Institut für Physik komplexer Systeme, Dresden (Germania) 2000.<br />
Introduzione alla Turbolenza, (su invito).<br />
Centro Inter<strong>di</strong>sciplinare per lo Stu<strong>di</strong>o dei Sistemi Complessi (CISSC), Domus Galileiana, Pisa<br />
1999.<br />
Macroscopic chaos in globally coupled maps<br />
Max-Planck-Institut für Physik komplexer Systeme, Dresden (Germania) 1998.<br />
Moti collettivi in sistemi caotici estesi, (su invito)<br />
III Convegno Nazionale <strong>di</strong> Meccanica Statistica. Università <strong>di</strong> Parma 1998.<br />
Transport and Dispersion in closed basins: beyond the <strong>di</strong>ffusion coefficient,<br />
workshop “Transport in Atmosphere and Oceans”, Stoccolma (Svezia) 1997.<br />
List of Publications<br />
Libri<br />
[1] M. <strong>Cencini</strong>, F. Cecconi & A. Vulpiani, “Chaos: From Simple Models to Complex Systems”, 480pg.<br />
Collana: Series on Advances in Statistical Mechanics, Agosto 2009 (World Scientific Publishing<br />
Company, Singapore).<br />
Riviste internazionali con referee<br />
[2] L. Biferale, M. <strong>Cencini</strong>, D. Pierotti & A. Vulpiani, “Intermittency in Stochastically Perturbed<br />
Turbulent Models”, Journal of Statistical Physics 88, 1117 (1997).<br />
[3] V. Artale, G. Boffetta, A. Celani, M. <strong>Cencini</strong> & A. Vulpiani, “Dispersion of passive tracers in closed<br />
basins: Beyond the <strong>di</strong>ffusion coefficient”, Physics of Fluids 9, 3162 (1997).<br />
[4] M. <strong>Cencini</strong>, M. Falcioni, D. Vergni & A. Vulpiani, “Macroscopic chaos in globally coupled maps”,<br />
Physica D 130, 58 (1999).<br />
[5] M. <strong>Cencini</strong>, G. Lacorata, A. Vulpiani & E. Zambianchi, “Mixing in a Meandering Jet: a Markovian<br />
Approximation”, Journal of Physical Oceanography 29, 2578 (1999).<br />
[6] P. Castiglione, M. <strong>Cencini</strong>, A. Vulpiani & E. Zambianchi, “Transport in finite size systems: an exit<br />
time approach”, Chaos 9, 871 (1999).<br />
[7] L. Biferale, M. <strong>Cencini</strong>, D. Vergni & A. Vulpiani, “Exit time of turbulent signals: a way to detect<br />
the interme<strong>di</strong>ate <strong>di</strong>ssipative range”, Physical Review E: Rapid Communications 60, 6295 (1999).<br />
[8] G. Boffetta, M. <strong>Cencini</strong>, S. Espa & G. Querzoli, “Experimental evidence of chaotic advection in a<br />
convective flow”, Europhysics Letters 48, 629 (1999).<br />
[9] G. Boffetta, A. Celani, M. <strong>Cencini</strong>, G. Lacorata & A. Vulpiani, “The pre<strong>di</strong>ctability in systems with<br />
an uncertainty in the evolution equation”, Journal of Physics A 33, 1313 (2000).<br />
[10] G. Boffetta, A. Celani, M. <strong>Cencini</strong>, G. Lacorata & A. Vulpiani, “Non Asymptotic Properties of<br />
Transport and Mixing”, Chaos 10, 50 (2000).<br />
[11] M. Abel, L. Biferale, M. <strong>Cencini</strong>, M. Falcioni, D. Vergni & A. Vulpiani, “An exit time approach to<br />
(ɛ, τ)- entropy”, Physical Review Letters 84, 6002 (2000).<br />
[12] M. <strong>Cencini</strong>, M. Falcioni, E. Olbrich, H. Kantz & A. Vulpiani, “Chaos or Noise — Difficulties of a<br />
<strong>di</strong>stinction”, Physical Review E 62, 427 (2000).<br />
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