Prof. Livio Triolo
Titolo
Full Professor of Mathematical Physics
at the Dipartimento di Matematica, Università di Roma "Tor Vergata"Main research interests:
Nonequilibrium Statistical Mechanics
Processes on Random Networks
Modelling of Diffusion and Growth in Biomedical Systems
Teaching activity (Degrees in Physics and Biology)
"Modelli Matematici per i Biosistemi", (Programma per l'AA 2011-12)
"Matematica per Sc. Biologiche, A-L" (Programma per l'AA 2012-13) (Note supplementari del Corso) (Comunicazioni agli studenti)
Curriculum Sintetico
Current
address:
Dipartimento di Matematica, Università di Roma "Tor Vergata",
Via della Ricerca Scientifica, 00133 Roma, Italy.
Degree:
"Laurea in Fisica", Università di Roma, 1967.
Current
position:
Full Professor in Mathematical Physics, Dipartimento di Matematica,
Università di Roma "Tor Vergata".
Previous
positions:
1968-70:
CNR and MPI Fellowships, Physics Dept., Università di
Roma.
1971-72:
Military Service in the Meteo Service.
1972-85:
"Professore incaricato", Mathematics Dept., Università di
Camerino and Roma.
1985-99:
Associate Professor, Mathematics Dept., Università di Roma "La
Sapienza" and Roma "Tor Vergata".
Scientific
Activity
Main
interests in Nonequilibrium Statistical Mechanics: kinetic theory,
diffusive and hydrodynamic limits, dynamics of phase transitions and
subsequent macroscopic evolution, growth models of biomedical
interest, study of processes on random networks.
Publications
since 1993
a) Didactics
[1]
G.Benfatto, L.Triolo, Descrizione Statistica di Sistemi
Dinamici, Induzioni , 9,
153-158, 1994 ( articolo ),
b) Mathematical
Physics and Modelling
[1]
A.De Masi, E.Orlandi, E.Presutti, L.Triolo, Motion by mean curvature
by scaling nonlocal evolution equations, J.Stat.Phys., 73,
543-570, 1993 ( pdf , Abstract)
[2]
A.De Masi, E.Orlandi, E.Presutti, L.Triolo, Stability of the
interface in a model of phase
separation, Proc.Royal.Soc.Edinburgh, 124A,
1013-1022, 1994 ( pdf , Abstract)
[3]
A.De Masi, E.Orlandi, E.Presutti, L.Triolo, Glauber evolution with
Kac potentials : I Mesoscopic and macroscopic limits, interface
dynamics, Nonlinearity, 7 ,
633-696, 1994 ( pdf , Abstract)
[4]
A.De Masi, E.Orlandi, E.Presutti, L.Triolo, Uniqueness and global
stability of the instanton in non local evolution equations, Rend.
Matematica, 14,
693-723, 1994 ( pdf , Abstract)
[5]
L.Triolo, A generalization of the H-theorem to steady nonequilibrium
states . Part I: A basic decomposition and the linear
case, Math.Meth.Appl.Sci., 18,
507-513, 1995 ( pdf , Abstract)
[6]
A.De Masi, E.Orlandi, E.Presutti, L.Triolo, Glauber evolution with
Kac potentials: II Fluctuations, Nonlinearity,9,
27-51, 1996 ( pdf , Abstract)
[7]
A.De Masi, E.Orlandi, E.Presutti, L.Triolo, Glauber evolution with
Kac potentials: III Spinodal decomposition, Nonlinearity, 9,
53-114, 1996 ( pdf , Abstract)
[8]
E.Orlandi, L.Triolo, Travelling fronts in non local models for phase
separation in external field, Proc.Royal.Soc.Edinburgh, 127A,
823-835, 1997 ( pdf , Abstract)
[9]
V.Sidoravicius, L.Triolo, M.E.Vares, On the forced motion of a heavy
particle in a random medium I: existence of the dynamics, Markov
Proc. and Rel.Fields , 4 ,
629-648 1998 ( pdf , Abstract)
[10]
K.Ravishankar, L.Triolo, Diffusive limit of Lorentz model with
uniform field from the Markov approximation Markov
Proc. and Rel.Fields, 5 ,
385-421, 1999 ( pdf , Abstract )
[11]
V.Sidoravicius, L.Triolo, M.E.Vares, Mixing properties for mechanical
motion of a charged particle in a random medium, Commun.Math.
Phys., 219 ,
323-355, 2001 ( pdf , Abstract )
[12]
V.Gayrard, E.Presutti, L.Triolo, Density oscillations at the
interface between vapour and liquid, J.Stat.Phys.,108,
863-884, 2002 ( pdf , Abstract )
[13]
L.Triolo, Free Energy Functionals in the Mesoscopic Description of
Phase Transitions, Markov
Proc. Rel. Fields, 8,
339-350, 2002 ( pdf , Abstract )
[14]
T.Gobron, E.Saada, L.Triolo, The Competition-Diffusion Limit of a
Stochastic Growth Model, Math.Comp.Model., 37,
1153-1161, 2003 ( pdf , Abstract )
[15]
T.Gobron, L.Triolo, A conservative-dissipative dynamics for a spin
system, Preprint
01/03 Dip. Matematica Univ.Tor Vergata,
( pdf , Abstract )
[16]
S.Luckhaus, L.Triolo, The continuum reaction-diffusion limit of a
stochastic cellular growth model, Rend.
Acc.Lincei (S.9), 15 ,
215-223, 2004 ( pdf , Abstract )
[17]
L.Triolo, Space structures and different scales for many-component
biosystems, Markov
Proc. Rel. Fields , 11,
389-404, 2005 ( pdf , Abstract )
[18]
L.Triolo, Quantum Statistical Mechanics: Overview, Encyclopedia
of Mathematical Physics,
eds. J.-P. Francoise, G.L. Naber and Tsou S.T. Oxford: Elsevier, 2006
(ISBN 978-0-1251-2666-3), 4,
302-308
[19]
P. Buttà, F. Cerreti, V. D. P. Servedio, L. Triolo, Molecular
Dynamics Simulation of Vascular Network Formation, J.
Stat. Mech., Theory and Experiment, 5, P05013,
(2009), pdf , Abstract )
[20]
O.Benois, M.Mourragui, E.Orlandi, E.Saada, L. Triolo, Quenched large
deviations for Glauber evolution with Kac interaction and Random
Field, Markov
Proc. Rel. Fields , 18,
215-168, 2012 ( pdf )
[21]
C. Rossi, M.Santoro, L. Triolo, Drug user dynamics: a compartmental
model of drug users for scenario analyses, accepted in Drugs:
Education, Prevention & Policy (2012) ( pdf )