Monday, July 24
“Theories for the Dielectric Constant of Fluids”,
George Stell, SUNY- Stony Brook
“Dielectric Constant of Dipolar Hard Spheres at Low Density”,
G. S. Rushbrooke, University of Newcastle, England
“Integral Equation Approximation for Polar Fluids”,
G. N. Patey, National Research Council of Canada
“Microscopic and Hydrodynamic Aspects of Molecular Rotation”,
James Hynes, University of Colorado
“Continum Theories of Orientational Relaxation”,
Robert Zwanzig, University of Maryland
Tuesday, July 25
“Fluctuations of Polarization and Fields in Dielectrics”,
B. U. Felderhof, Institute Theoretische Physik A, Germany
“Fluctuations and Critical Phenomena”,
R. Bedeaux, University of Leiden, The Netherlands
“Experimental Evidence on Anomalies of Dielectric Constant Near the Critical Point”,
Sandra Greer, National Bureau of Standards
“The Use of Dielectric and Dynamic Kerr Effect Techniques for the Study of Low Frequency Motions in Liquids”,
G. Williams, University College of Wales
“Fluctuations and Nonlinear Behavior of Liquid Dielectrics”,
A. Piekara, Polish Academy of Sciences, Poland
Wednesday, July 26
“Single and Multi-Particle Correlation Function”,
Daniel Kivelson, University of California, Los Angeles
“Molecular Theories of the Dynamics of Complex Fluids”,
Peter Wolynes, Harvard University
“Correlation Function in Light Scattering”,
Thomas Keys, Yale University
“Nonlinear Electrical Behavior in Semi-Crystalline Polymers”,
Martin Broadhurst, National Bureau of Standards
“Progress in the Field of Electrical Breakdown in Dielectric Liquids”,
A. H. Sharbaugh, General Electric
Thursday, July 27
“Dielectric Loss as a Probe into Molecular Motions in Crystalline Polymers”,
Richard Boyd, University of Utah
“Dielectric Properties of Synthetic Polymers”,
William MacKnight, Uinversity of Massachusetts
“Dielectric Relaxation of Synthetic and Bio-Polymers in Solution”,
Michel Mandel, University of Leiden, The Netherlands
“Dielectric Materialism-What is Needed?”,
Panel discussion: J. Deutch, Office of Energy Research; William Slichter, Bell Telephone Laboratories; John Hoffman, National Bureau of Standards
Friday, July 28
“Mechanism of Charge Transport in Polymers”,
T. J. Lewis, University College of North Wales
“Photogeneration and Charge Transport in Molecularly Doped Polymers”,
Joseph Mort, Xerox Corporation
“Photoelectric Behavior of Amorphous Se and As-Se Alloys in their Glass Transition Regions”,
Martin Abkowitz, Xerox Corporation


- Robert Cole
- A. Piekara
- G. S. Rushbrooke
- Peter Colonomos
- Esteban Martina-Boggetto
- George Stell
- Don Jacobs
- Tom Keyes
- Dick Bedeaux
- Sandra Greer
- J. van der Eleken
- P. Wolynes
- M. Mandel
- Robert Zwanzig
- W. MacKnight
- D. Kivelson
- B. U. Felderhof
- Branka Ladanyi
- R. H. Boyd
- Martin Broadhurst
- John Lewis
- Paul Hubbard
- George Anderson
- M. Fixman
- Frederick Mopsik
- G. E. Johnson
- W. Vaughan
- Gilbert Hawkins
- M. Abkowitz
- Barend Thysss
- Christine S. Cobb
- John Mercer
- Donald Sullivan
- James Hynes
- R. L. Fulton
- A. de Bretteville
- Maximo Baron
- L. Lee
- H. Sutter
- D. Denney
- J. Pochan
- J. Bares
- R. N. Work
- G. W. Chantry
- J. Crossley
- John Berberian
- Douglass Short
- E. Kestemont
- Dennis Klug
- David Kranbuehl
- Gordon McDugle
- James McConnell
- David Hall
- Paul Winsor IV
- Joe Hubbard
- Roger Gough
- Gyan Johari
- R. Pollock
- G. Patey
- Paul Madden
- Jean-Jacques Weis
- Stan Cichanowski
- H. Strauss
- G. Williams
- John Hoffman
- Ernest DiCarlo
- E. F. Kelley