Research Projects Rome
Francesco Sciortino francesco.sciortino[at]phys.uniroma1.it
- Colloidal particles with DNA arms: effective potentials
- Preferred background: Physics, Material Science
Francesco Sciortino francesco.sciortino[at]phys.uniroma1.it
- Phase diagram of patchy colloids
- Preferred background: Physics
Antonio Bianconi antonio.bianconi[at]roma1.infn.it
- Study of functional complex systems by atomic force microscopy
- Preferred background: Physics, Material Science
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Effective potentials for coarse-graining strategy in ab-initio and complex systems simulations: the inverse problem revised
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Coupled Electron-Ion Monte Carlo study of floppy molecules
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Nuclear force implementation in Coupled Electron-Ion methods
- Multi-scale Monte Carlo study of self-assembling in triblock copolymers in solutions
- Preferred background: Physics, Chemistry
Andrea
Crisanti & Luca Leuzzi
andrea.crisanti[at]roma1.infn.it
luca.leuzzi[at]roma1.infn.it
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3d simulations of models with inverse transitino: Models of Ghatak-Sherrington or ROM
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Random BEG model with spin m (m>1). Analytical/numerical study in mean field and numerical simulation in 3d
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Complexity of the spherical model 2+p with or without fermionic symmetry breaking
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Preferred background: Physics
Giancarlo Ruocco giancarlo.ruocco[at]roma1.infn.it
- Characteristic of the High Frequency Excitations in Glasses
- High Frequency Dynamics in Simple Liquids and Liquid Metals
- High Frequency Dynamics in Supercooled Liquids
- High Frequency Dynamics in Water and H-bonded Systems
- Energy Landscape Approach to the Dynamics of Supercooled Liquids
- Saddles and Phase Transitions
- Aging of Molecular Systems
- Molecular Systems under External Fields
- Tests of the Generalized Fluctuation-Dissipation Relation
- Aging of Colloids
- Colloids under External Fields
- Tests of the Generalized Fluctuation-Dissipation Relation
- Random Lasing in Soft Matter
- Relaxation of the Non Linear Refraction Index
- Preferred background: Physics
- Vibrational Properties of gels: a numerical study
- Preferred background: Physics
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Colloidal particles with DNA arms: effective potentials
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Preferred background: Physics, Material Science
Cristiano
De Michele & Francesco Sciortino
cristiano.demichele[at]phys.uniroma1.it
francesco.sciortino[at]phys.uniroma1.it
- Numerical model for chemical gelation in epoxy resins.
- Preferred background: Physics
Emanuela
Zaccarelli & Francesco Sciortino
emanuela.zaccarelli[at]phys.uniroma1.it
francesco.sciortino[at]phys.uniroma1.it
- Dynamic and thermodynamic behavior of charged globular proteins
- Preferred background: Physics, bio-background
Emilia
La Nave & Francesco Sciortino
emilia.lanave[at]phys.uniroma1.it francesco.sciortino[at]phys.uniroma1.it
- Elastic Properties of models for physical gels: a numerical study
- Preferred background: Physics
Piero Tartaglia piero.tartaglia[at]phys.uniroma1.it
- Slow dynamics and physical aggregation in colloidal systems
- Preferred background: Physics, Material Science
Sauro Succi succi[at]iac.rm.cnr.it
- Mesoscopic modelling of micro and nanoflow phenomena
- Preferred background: physics,chemistry,math, engineering
Giovanni Ciccotti giovanni.ciccotti[at]roma1.infn.it
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Determination of the minimum free energy path for activated processes by string method and transition state theory
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Non-adiabatic quantum-classical dynamics to compute time correlation functions in condensed matter
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MD simulations of biological macromolecules in solution
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Nonequilibrium Molecular Dynamics and transport processes
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Preferred background: Physics, Chemistry
