|
Wilhelm Becker |
Max Born Institute, Berlin |
Atoms in strong laser fields |
|
Vikram Deshpande |
University of Cambridge |
Explosive interactions of granular media with structures |
|
Dana Dlott |
University of Illinois at Urbana-Champaig |
Ultrafast dynamics of impact chemistry: Initiation to detonation |
|
Weinan E |
Princeton University |
The mathematics and the physics of the moving contact line problem |
|
Mark Eberhart |
Colorado School of Mines |
How things break |
|
Berge Englert |
National University of Singapore and Julian Schwinger Foundation |
The legacy of weyl and schwinger: mutually unbiased bases |
|
Jay Fineberg |
Hebrew University |
The story of fast fracture: Is fracture all that it is cracked up to be? |
|
Herbert Fried |
Brown University |
Analytic, non-perturbative, gauge-invariant QCD |
|
Daniel M. Greenberger |
City University of New York |
Time, proper time, and mass in quantum mechanics |
|
Karoly Holczer |
University of California at Los Angeles |
Shrinking solid state physics to atomic scales: challenges of nano-technology and scanning probe microscopy |
|
Kerson Huang |
Massachusetts Institute of Technology |
Self-focusing in a bose-einstein condensate with attractive interactions |
|
Alexei Khokhlov |
University of Chicago |
Combustion and explosion in supernovae and in terrestrial gaseous systems |
|
William P. King |
University of Illinois |
Nanometer-scale thermal processing with a heated probe tip |
|
Tim Koeth |
University of Maryland |
An investigation into the discharge of a lichtenberg figure |
|
Dan Lathrop |
University of Maryland |
Quantum turbulence |
|
Kimball A. Milton |
University of Oklahoma |
The casimir effect--How julian schwinger's legacy has grown |
|
Jack Ng |
University of North Carolina and Julian Schwinger Foundation |
From schwinger's scalar-tensor theory of gravity to spacetime foam |
|
Raymond Ooi |
University of Malaya |
Electrodynamics with superintense laser field |
|
Oskar Painter |
California Institute of Technology |
Radiation pressure at the nanoscale |
|
Dennis Polla |
DARPA |
Understanding SERS enhancement - A DAPRA perspective |
|
Seth Putterman |
University of California at Los Angeles and Julian Schwinger Foundation |
Spontaneous energy focusing phenomena |
|
Farhang Radjai |
Université Montpellier |
Force chains in polydisperse granular media |
|
Vladimir Rakov |
University of Florida |
Compact intracloud lightning discharges |
|
Rajdeep S Rawat |
Nanyang Technological University |
Miniature dense plasma focus devices |
|
Ken Suslick |
University of Illinois at Urbana-ChampaignFaraday) |
Sonoluminescence or the chemical history of a bubble (with apologies to michael faraday) |
|
Roh-Suan Tung |
Nanyang Technological University |
From rarita–schwinger to einstein equations |
|
Marco C. Velli |
Jet Propulsion Lab, NASA |
From coronal heating and solar wind acceleration to flares and coronal mass ejections: reconnection, turbulence and self-organization |
|
Alfred Vogel |
University of Lubeck, Germany |
Energy density, temperature, and pressure upon spherical cavitation bubble collapse compared to femtosecond and nanosecond optical breakdown |
|
Tung-Mow Yan |
Cornell University |
Schwinger and magnetic monopoles |
