Difference: AlessandroSarracino (54 vs. 55)

Revision 552020-01-27 - AlessandroSarracino

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Alessandro Sarracino's homepage

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  Istituto dei Sistemi Complessi - CNR & Dipartimento di Fisica, UniversitÓ Sapienza, Roma, Italy
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I am Assistant Professor at the University of Campania "Luigi Vanvitelli", where I teach courses on Electromagnetism and Probability and Information for bachelor's degree in Electronic and Computer Engineering.

My personal page at UCLV

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Research Interests

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Non-Equilibrium Statistical Mechanics: breakdown of time-reversibility and detailed balance in Markov processes; entropy production; generalized fluctuation-dissiapation relations; ratchet effect; applications to Ising systems, spin glasses and granular systems.

Fluctuation-Dissipation Relations: field-free algorithms for the measurement of the response function; second order FDR; growing length-scales in disordered systems.

Granular Systems: dynamics of a tracer particle in a granular bath; theoretical, numerical and experimental study of driven granular fluids.

Anomalous diffusion: diffusion and response function in inhomogeneous systems; continuous time random walks and LÚvy collsion process; Einstein relation in anomalous transport; driven lattice gas.

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Non-Equilibrium Statistical Mechanics: breakdown of time-reversibility and detailed balance in Markov processes; entropy production; generalized fluctuation-dissiapation relations; ratchet effect; applications to Ising systems, spin glasses and granular systems.

Fluctuation-Dissipation Relations: field-free algorithms for the measurement of the response function; second order FDR; growing length-scales in disordered systems.

Granular Systems: dynamics of a tracer particle in a granular bath; theoretical, numerical and experimental study of driven granular fluids.

Anomalous diffusion: diffusion and response function in inhomogeneous systems; continuous time random walks and LÚvy collsion process; Einstein relation in anomalous transport; driven lattice gas.

  CURRICULUM VITAE
 
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