Difference: AndreaPuglisi (161 vs. 162)

Revision 1622019-07-19 - AndreaPuglisi

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META TOPICPARENT name="People"

foto.jpg Andrea Puglisi

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  • new!: Experimental postdoc position in soft-matter (bio-microfluidics) at CNR-ISC, Rome-Sapienza, Italy, starting fall 2019, see announcement ---- Official applications are OPEN with deadline the 16th of August 2019, instructions here
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  • new!: 2019, we (with Plati, Baldassarri, Gnoli and Gradenigo) have published on Phys. Rev. Lett, a numerical study of the full experimental setup for granular rotational diffusion, discovering a strong collective motion that emerges when density is large enough

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  • new!: 2018, we (with Angelani, Baldassarri, Cecconi and Gnoli) have won a funding (150kEuro) for a project (MICROSORT) on the physics of sperm
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  • new!: 2017, online a video with a talk given at the ECEA4 conference on stochastic thermodynamics for active particles
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  • recent: 2017, online a video with a talk given at the ECEA4 conference on stochastic thermodynamics for active particles
 
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  • new!: 2017, we (with Manacorda) have published on Phys. Rev. Lett, a study of a lattice model for inertial active particles which shows collective swarming, aster-like clusters and underdamped propagating waves
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  • recent: 2017, we (with Manacorda) have published on Phys. Rev. Lett, a study of a lattice model for inertial active particles which shows collective swarming, aster-like clusters and underdamped propagating waves
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  • new!: 2017, we (with Sarracino and Vulpiani) have published a review paper on Physics Reports about the definition of temperature in and out of equilibrium in classical statistical mechanics
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  • recent: 2017, we (with Sarracino and Vulpiani) have published a review paper on Physics Reports about the definition of temperature in and out of equilibrium in classical statistical mechanics
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  • new!: 2017, we (with Bettolo and Maggi) have published a paper on Scientific Reports where entropy production and heat are connected - as in the Clausius relation - in a model of self-propelled (active) particles, like bacteria or sperm
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  • recent: 2017, we (with Bettolo and Maggi) have published a paper on Scientific Reports where entropy production and heat are connected - as in the Clausius relation - in a model of self-propelled (active) particles, like bacteria or sperm
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 (we have also compared our Clausius relation with other formula in a more recent paper )
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  • new!: 2017, I am editing (with Sarracino and Vulpiani) a special issue of the "Entropy" journal on the theme "Thermodynamics and Statistical Mechanics of Small Systems"
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  • recent: 2017, I am editing (with Sarracino and Vulpiani) a special issue of the "Entropy" journal on the theme "Thermodynamics and Statistical Mechanics of Small Systems"
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  • recent: 2016, published on Scientific Reports, an experimental and theoretical study of granular rheology under vertical vibration (in collab. with A. Gnoli, A. Lasanta and A. Sarracino)
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  • 2016, published on Scientific Reports, an experimental and theoretical study of granular rheology under vertical vibration (in collab. with A. Gnoli, A. Lasanta and A. Sarracino)
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  • recent: 2016, published on New J. Phys, an experimental and theoretical study of the response velocity of a 3d-printed "walker" moving on a vibrating plate (in collab. with N. Koumakis, A. Gnoli, C. Maggi and R. Di Leonardo)
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  • 2016, published on New J. Phys, an experimental and theoretical study of the response velocity of a 3d-printed "walker" moving on a vibrating plate (in collab. with N. Koumakis, A. Gnoli, C. Maggi and R. Di Leonardo)
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  • recent: 2016, published on Phys. Rev. Lett, a numerical study of the response of an inertial particle in a "rotating" flow, with very strange nonlinear effects (in collab. with Cecconi, Sarracino and Vulpiani)
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  • 2016, published on Phys. Rev. Lett, a numerical study of the response of an inertial particle in a "rotating" flow, with very strange nonlinear effects (in collab. with Cecconi, Sarracino and Vulpiani)
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  • recent: 2016, published on Phys. Rev. Lett, an experiment on granular thermal convection induced only by dissipative lateral walls (in collab. with Gnoli, Pontuale and Vega-Reyes)
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  • 2016, published on Phys. Rev. Lett, an experiment on granular thermal convection induced only by dissipative lateral walls (in collab. with Gnoli, Pontuale and Vega-Reyes)
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  • recent: Spring 2015 seminars: during the spring of 2015 we had a lucky sequence of three seminars given by young colleagues who - in the recent past - have worked in our group, and are now exploring new interesting paths in non-equilibrium statistical mechanics; following the above link you can retrieve the titles, abstracts and slides of the three seminars.
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  • 2015: Spring 2015 seminars: during the spring of 2015 we had a lucky sequence of three seminars given by young colleagues who - in the recent past - have worked in our group, and are now exploring new interesting paths in non-equilibrium statistical mechanics; following the above link you can retrieve the titles, abstracts and slides of the three seminars.
 
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  • recent: 2015-2016, a series of published papers on fluctuating hydrodynamics of granular fluids derived from a microscopic model (in collab. with Manacorda, Lasanta, Plata and Prados)
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  • 2015-2016, a series of published papers on fluctuating hydrodynamics of granular fluids derived from a microscopic model (in collab. with Manacorda, Lasanta, Plata and Prados)
 
lattice.png
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Fluctuating hydrodynamics and mesoscopic effects of spatial correlations in dissipative systems with conserved momentum [N. J. Phys. 17, 083039 (2015)]
Lattice models for granular-like velocity fields: Hydrodynamic limit [J. Stat. Phys. 164, 810 (2016)]
Lattice models for granular-like velocity fields: Finite-size effects [J. Stat. Mech. 093203 (2016)]
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  • recent: 2015-2016, a series of published papers on statistical mechanics and thermodynamics of small systems and heat engines (in collab. with Cerino and Vulpiani)
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  • 2015-2016, a series of published papers on statistical mechanics and thermodynamics of small systems and heat engines (in collab. with Cerino and Vulpiani)
 
epl.png A kinetic model for the finite-time thermodynamics of small heat engines [Phys. Rev. E 91, 032128 (2015)]
Linear and nonlinear thermodynamics of a kinetic heat engine with fast transformations [Phys. Rev. E 93, 042116 (2016)]
Consistent description of fluctuations requires negative temperatures [J. Stat. Mech. (2015) P12002]
Entropy production for macroscopic velocity-dependent forces: the problem of dissipation without fluctuations [Europhys. Lett. 111, 40012 (2015)]
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  • recent: 2015, our research is covered by Nova (science&technology from Il Sole 24 Ore) here
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  • 2015, our research is covered by Nova (science&technology from Il Sole 24 Ore) here
 
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  • recent: 2015, published on Phys. Rev. Lett, an experiment on cages and super-diffusion in a vibrated dense granular medium
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  • 2015, published on Phys. Rev. Lett, an experiment on cages and super-diffusion in a vibrated dense granular medium
  setup_camille.jpg diffusione.png

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