Starts 6 Apr 2020
Ends 9 Apr 2020
Central European Time
Budinich Lecture Hall (LB)
Strada Costiera, 11 I - 34151 Trieste (Italy)
Nano/mesoscale mechanical and rheological response with dissipation has become, thanks to the very broad range of experimental/theoretical approaches, a novel local diagnostic and even spectroscopic tool, as well as a playground of sophisticated non-equilibrium statistical physics.

The physics of nanoscale mechanical dissipation is relevant to sliding nanofriction, to technological themes such as lubrication or finger-touchscreen friction, to soft and granular matter, to nanofrictional emulation in optical lattices, to active matter, to quantum and classical processes in noncontact AFM, and beyond. Between condensed matter physics, nanomechanics, materials science and engineering, this interdisciplinary area is of considerable conceptual value as a modern subject in non-equilibrium physics, and of the potential relevance of neighbouring fields such as fatigue, wear, lubrication, rheology, and biomechanics. As is well established in ICTP Trieste since 1995, we will collect the world community active in these fields, including groups in emerging countries, mixing theoretical, simulation and experimental highlights, and identifying future directions of motion of
research in this lively arena.

  •     From dissipation to superlubricity
  •     Atomistic friction of 2D layered materials
  •     Nanomanipulation and dynamics of nano-objects at surfaces
  •     Tribology of confined systems and lubricants under shear
  •     Frictional dynamics in soft and active matter
  •     Friction in powders and granular systems
  •     Fundamentals of friction theory
  •     Electronic, magnetic and quantum friction
  •     Surface and bulk  processes and transitions detected by noncontact AFM dissipation
  •     Tribochemistry, triboelectricity, biotribological effects
  •     Trends in experimental and computational techniques

Participants are encouraged to submit abstracts of proposed poster contributions. A number of short oral presentation slots will be available for some of them upon selection.


A. BENASSI, Chiesi Farmaceutici, Italy
R. BENNEWITZ, Leibniz Institute for New Materials, Germany
X. CAO, University of Konstanz, Germany
X. CHENG, University of Minnesota, USA
G. DE VILHENA, University of Basel, Switzerland
A. ERDEMIR, Argonne National Laboratory, USA
N. ESPALLARGAS, Norwegian Univ. of Science and Technology, Norway
A. GIACOMELLO,  Sapienza Università di Roma, Italy
E. GNECCO, University of Jena, Germany
N. GOSVAMI, Indian Institute of Technology, India
B. GOTSMANN, IBM Zurich Laboratories, Switzerland
T. HEIMBURG, University of Copenhagen, Denmark
E. KOREN, Technion, Haifa, IL
Q. LI, Tsinghua University, China
H. LÖWEN, University of Düsseldorf, Germany
M. MA, Tsinghua University, China
T. MA, Tsinghua University, China
N. MANINI, University of Milan, Italy
L. MARKS, Northwestern University, USA
J. M. MARTIN,  Ecole Centrale de Lyon, France
R. PAWLAK, University of Basel, Switzerland
M. ROBBINS, Johns Hopkins University, USA
A. SIRIA,, Ecole normale Supérieur Paris, France
M. URBAKH, Tel Aviv University, Israel

**DEADLINE: 15/01/2020**


Ernst Meyer (University of Basel), Andrea Vanossi (CNR/IOM and SISSA), Quanshui Zheng (Tsinghua University Beijing), Local Organiser: Erio Tosatti