Registered Participants (42) For the 2008 Granular Material Workshop.

Participant Affiliation Presentation Title
Adam Abate Harvard
Dapeng Bi Brandeis University Poster Applying Soft Glassy Rheology to Granular Materials
Christopher Briscoe Levich Institute Poster Entropy of Jammed Matter
Don Candela UMass Amherst
Bulbul Chakraborty Brandeis University
Valeriu Damian-Iordache GlaxoSmithKline Invited Using agglomerate breaking to model the performance of dry powder inhaler formulations
Kevin Facto University of Massachusetts-Amherst
GREG FARRELL Umass-Amherst
Seth Fraden Brandeis University
Guo-Jie Gao Yale University
Hector Gonzalez Physics
Tian Hao Vertex Pharmaceuticals
Silke Henkes Brandeis University Talk A field theory for granular packings
David Holmes Massachusetts Institute of Technology
Yuliang Jin the City College of New York
David Johnson Schlumberger-Doll Research
Arshad Kudrolli Clark University
Gregg Lois Yale University Invited Granular flow near the jamming transition
Jiaju Ma ccny Poster First Order Phase Transition and the Simulation of a Quasi 2D Granular Fluid
Mitch Mailman brandeis physics Talk 2D Packings of Frictionless, Anisotropic Grains
Trushant Majmudar Massachusetts Institute of Technology
Hernan Makse City College of New York Invited Statistical mechanics of jammed matter and the nature of fruit packings
Narayanan Menon University of Massachusetts, Amherst
Jonas Mishara-Blomberger
Ian Morrison Cabot Corporation
Shomeek Mukhopadhyay Levich Institute, City College of New York
Corey OHern Yale University
Prasanta Pal Yale University Talk Figure-16 and beyond
Andreea Panaitescu Clark University Poster Experimental investigation of diffusion in a cyclic sheared granular system
Pedro Reis MIT Invited How far from equilibrium? Structure and dynamics of a uniformly heated granular fluid.
Kevin Safford Clark University Poster Structure and dynamics of a vibrated granular bead-chain
Seila Selimovic Brandeis University
Mark Shattuck The City College of New York
Helen Telila
Shubha Tewari Mount Holyoke College Talk Growing length scale in gravity-driven dense granular flow
John Valenza II Schlumberger-Doll Research Poster Granular damping at various levels of relative humidity
Greg Voth Wesleyan University Poster Experimental measurements of the collapse of a 2D granular gas under gravity
Ping Wang Physics Department, City College of New York
Kun Wang Physics Department of City College of New York
Hongqiang Wang Univ. of Massachusetts Amherst
Dawn Wendell MIT
Yee Lok Wong Department of Mathematics, MIT

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