Laboratoire Charles Coulomb UMR 5221 CNRS/UM2 (L2C)


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Photo de COSLOVICH Daniele
COSLOVICH Daniele      
Organism : Université Montpellier
Maître de Conférences
Team: Physique Statistique (supervisor of)
Other research theme(s) or assignment(s) :
 - Transition vitreuse, hétérogénéité dynamique et vieillissement dans les systèmes a dynamique lente
Room: 272, Floor: 2, Build.: 13 - Site : Campus Triolet

National Administration:
  • Expert ANR
Local Administration:
  • Direction d'équipe
  • Responsable de formations
Curriculum Vitae:     
• 05-08: Ph.D. in Physics, University of Trieste
• 08-10: Postdoc, Vienna University of Technology
• 10- : Associate prof., University of Montpellier 2
Research Activities:     
• Theory and simulation of the glass transition
• Confined fluids
• Soft matter modeling
• High-performance computing
Research Topics:
  • Physics/Condensed Matter/Statistical Mechanics
  • Physics/Condensed Matter/Soft Condensed Matter
  • Physics/Condensed Matter/Disordered Systems and Neural Networks
Last scientific productions :
+ Equilibrium simulations of supercooled liquids beyond the laboratory glass transition hal link

Author(s): Coslovich D.

Invited Conference: Recent Advances on the Glass and Jamming Transitions (Lausanne, CH, 2017-01-09)

+ Two-dimensional systems with competing interactions: dynamic properties of single particles and of clusters doi link

Author(s): Schwanzer Dieter f., Coslovich D., Kahl Gerhard

(Article) Published: Journal Of Physics: Condensed Matter, vol. 28 p.414015 (2016)

+ Structure of inactive states of a binary Lennard-Jones mixture doi link

Author(s): Coslovich D.(Corresp.), Jack Robert L.

(Article) Published: Journal Of Statistical Mechanics: Theory And Experiment, vol. p.074012 (2016)

+ Static sources of dynamic fluctuations in glass-formers hal link

Author(s): Coslovich D.

Conference: Statphys (Lyon, FR, 2016-07-18)

+ Equilibrium sampling of hard spheres up to the jamming density and beyond doi link

Author(s): Berthier L., Coslovich D., Ninarello A. S., Ozawa M.

(Article) Published: Physical Review Letters, vol. 116 p.238002 (2016)