Berni J. Alder CECAM Prize
The Berni J. Alder CECAM Prize recognizes exceptional contributions to the field of microscopic simulation of matter. The prize is meant to honour an individual scientist; exceptionally it can be awarded to at most three scientists having equally contributed to the specific topic for which the prize is granted. The prize, created in 1999, is awarded every three years.
Join us, in person or on-line, for the award ceremony at CECAM Headquarters on November 9:
14:10 Award Ceremony and keynote presentation:
Polymer / soft matter science: a scale bridging computational view - Kurt Kremer
15:15 Beating of artificial cilia - Jean Francois Joanny
16:00 Machine learning for rare (and not so rare) events - Christoph Dellago
16:45 Electrostatic self-assembly of charged macromolecules: new physics and new applications - Matthew Tirrell
17:30 Elasticity, rigidity and rheology of soft particulate gels - Emanuela Del Gado
2019 – Sauro Succi
For pioneering the Lattice-Boltzmann method and turning it into an overarching framework for kinetic physics phenomena.
2016 – David M. Ceperley and Eberhard K. U. Gross
For their groundbreaking contributions to the field of electronic structure calculations in the areas of quantum Monte Carlo and time-dependent density functional theory.
2013 – Herman J.C. Berendsen and Jean-Pierre Hansen
For outstanding contributions to the developments in molecular dynamics and related simulation methods for understanding the properties of materials ranging from simple and complex liquids and solids to proteins, ionic liquids and plasmas.
2010 – Roberto Car and Michele Parrinello
For their invention and development of an ingenious method that, by unifying approaches based on quantum mechanics and classical dynamics, allows computer experiments to uncover otherwise inaccessible aspects of physical and biological sciences.
2007 – Daan Frenkel
The prize was awarded during CCP2007, held in Brussels, Belgium, September 5-8, 2007.
2004 – Mike Klein
For his leadership in the development of constant-temperature Molecular Dynamics, path integral simulations, extended-Lagrangian methods and multiple-timestep Molecular Dynamics, and for his important contributions to the numerical study of molecular solids and liquids, hydrogen-bonded liquids, chain molecules, self-assembled monolayers and ion channels and biological membranes.
2001 – Kurt Binder
For pioneering the development of the Monte Carlo method as a quantitative tool in Statistical Physics and for catalyzing its application in many areas of physical research.
1999 – Giovanni Ciccotti
For his has made pioneering contributions to molecular dynamics, including the non-equilibrium subtraction technique to study transport phenomena, and constrained molecular dynamics.