Program overview (TEST)

FRIDAY MORNING, 3 MAY 1996

11:00 F1.01 Simulation of the Earth's Hydrologic Cycle Using the NCAR Community Climate Model

James J. Hack

11:36 F1.02 Eddy Resolving Global Ocean Simulations

Richard D. Smith Rick Smith (Theoretical Division, group T-3 (Fluid Dynamics), Los Alamos National Laboratory)

12:12 F1.03 Operational Numerical Prediction of Thunderstorms: It's Just Around the Corner

Kelvin K. Droegemeier (School of Meteorology and Center for Analysis and Prediction of Storms, University of Oklahoma)

12:48 F1.04 Laboratory and Numerical Experiments in Oceanic Convection

John Marshall (Massachusetts Institute of Technology, Cambridge, MA)

11:00 F2.01 The Highest Energy Cosmic Rays

Paul Sommers (University of Utah High Energy Astrophysics Institute)

11:36 F2.02 Searches for Supersymmetry and other new phenomenon at the Tevatron Collider

David Stuart (Fermilab)

12:12 F2.03 Search Results from LEP at 130--136 GeV

Richard J. Van Kooten (Indiana University/OPAL)

12:48 F2.04 The Status of the Supersymmetric Standard Model

Jonathan A. Bagger (Johns Hopkins University)

11:00 F3.01 Sources for Future Lithography Generations

Juan Maldonado (IBM GT Division)

11:36 F3.02 Ion Beam Surface Treatment, A New Technique for Thermally Modifying Surfaces Using Intense, Pulsed Ion Beams

R.W. Stinnett (Quantum Manufacturing Technologies, Inc.)

12:12 F3.03 Magnetically Nozzled Plasma Accelerator for Material Surface Treatment

Kurt F. Schoenberg (Los Alamos National Laboratory)

12:48 F3.04 The APT Accelerator.*

George P. Lawrence (Los Alamos National Laboratory)

13:24 F3.05 Accelerator-Driven Tranmutation of Nuclear Waste: Status, New Concepts and Future Developments

Tarlochan Bhatia

11:00 F4.01 Measuring the Universe with Supernovae

Robert Kirshner (Harvard-Smithsonian Center for Astrophysics)

11:36 F4.02 The Type II Supernova Mechanism

Stephen W. Bruenn (Florida Atlantic University)

12:12 F4.03 The Physics of Nova Explosions

Sumner Starrfield

12:48 F4.04 Trigger Reactions and the Endpoints of the rp Process: Experiments with Radioactive Beams

Michael Wiescher

11:00 F5.01 Status of the 1997 Least Squares Adjustment of the Fundamental Constants

Peter Mohr

11:36 F5.02 Measurement of h/m for an Atom and the Prospects for the Determination of the Fine Structure Constant

Brent Young

12:12 F5.03 Ultra-Stable Hg Ion Frequency Standards

John Prestage

12:48 F5.04 Laser-Cooled Hg + Ions for Accurate Microwave and Optical Clocks

James Berquist

13:24 F5.05 Realization of the ITS-90 from 3.0 K to 24.5561 K at NIST Using Gas Thermometry

C.W. Meyer (NIST)

11:00 F6.01 Planets, Powders, and Piledrivers

David Peak (Physics Dept., Union College, Schenectady, NY 12308, and Physics Dept., Utah State Univ., Logan, UT 84322-4415)

11:36 F6.02 Two-Dimensional Electron Transport and Magnetoresistance Effects in a Random Magnetic Dipole Array

F. B. Mancoff, L. J. Zielinski, C. M. Marcus, S. C. Zhang (Department of Physics, Stanford University), K. Campman, A. C. Gossard (Materials Department, University of California at Santa Barbara)

12:00 F6.03 Identification and Study of Supernova Remnants in M31

Benjamin Williams (Middlebury College)

12:24 F6.04 A Search for Flavor Changing Neutral Current Decays of the Top Quark in p\bar p Collisions at \sqrts= 1.8 TeV

Robin L. Coxe (Enrico Fermi Institute, University of Chicago)

12:48 F6.05 Apker Award Lecture: Rotation Periods of Starts in the Orion Nebula Cluster: the Bimodal Distribution

Phillip Choi, W. Herbst (Van Vleck Observatory, Wesleyan University, Middletown, CT)

12:48 F6.05 Apker Award Lecture: Rotation Periods of Starts in the Orion Nebula Cluster: the Bimodal Distribution

Phillip Choi, W. Herbst (Van Vleck Observatory, Wesleyan University, Middletown, CT)

11:00 F7.01 Preequilibrium and Thermal Proton Sources in Au+C Collisions at E/A=1 GeV

F. Bieser, H. Matis, M. McMahan, C. McParland, D. Olson, G. Rai, J. Rasmussen, H.G. Ritter, T.J.M. Symons, H. Wieman (Lawrence Berkeley Lab), M. Justice, H. Liu, D. Keane, A. Scott, Y. Shao, S. Wang, D. Weerasundara (Kent State), Y. Choi, J. Elliot, M. Gilkes, A. Hauger, A. Hirsch, E. Hjort, N. Porile, R. Scharenberg, B. Srivastava, M. Tincknell, P. Warren (Purdue University), F.P. Brady, D. Cebra, J. Chance, J. Kintner, M. Partlan, J. Romero (UC Davis), A.D. Chacon, K. Wolf (Texas Aamp;M University), S. Albergo, Z. Caccia, S. Costa, A. Insolia, R. Potenza, G.V. Russo, J. Romanski, C. Tuve (INFN Catania)

11:12 F7.02 Production of Direct Photons in 200 A GeV S+Au Collisions

Paul Stankus, for the WA80 Collaboration (Oak Ridge National Laboratory)

11:24 F7.03 Systematics of E_\textrmt Production in 160 GeV/A Pb-Induced Collisions

David P. Morrison (University of Tennessee)

11:36 F7.04 Statistical Multifragmentation: Comparison of the EOS AU + C 1 AGeV Data to Stimulation

B. Srivastava (EOS Collaboration)

11:48 F7.05 Temperatures and Densities 1 AGeV Au + C Collisions

P. Warren (EOS Collaboration)

12:00 F7.06 Scaling Behavior in the Nuclear Multifragmentation of 1.0 AGeV Au + C

J.B. ELLIOTT (EOS Collaboration)

12:12 F7.07 The Determination of Fragment Masses in 1 AGeV Au + C Collisions

J.A. Hauger (EOS Collaboration)

12:24 F7.08 A Preliminary Search For Neutral Strangelets

Kaihui Zhao (Department of Physics and Astronomy, Wayne State University, Detroit, MI 48202), For The E864 Collaboration

12:36 F7.09 Production of Positron plus Excited-Bound-Electron Pairs in Relativistic Heavy-Ion Collisions.

Anthony J. Baltz (Brookhaven National Laboratory)

12:48 F7.10 Strange Particle Signatures of Quark-Gluon Plasma

Johann Rafelski (Department of Physics, University of Arizona, Tucson, AZ 85721), Jean Letessier, Ahmed Tounsi (LPTHE, University Paris 7, F-75251-Cedex 05)

11:00 F8.01 Hyperon Beta Decays and Quark Spin Distribution in the Nucleon

X. Song, P. K. Kabir, J. S. McCarthy (Institute of Nuclear and Particle Physics)

11:12 F8.02 Neutron Structure Functions at Small and Large x

Wally Melnitchouk (University of Maryland)

11:24 F8.03 The \Upsilon Meson as a Probe of Nuclear Matter.

Athanasios Petridis (Dept. of Physics and Astronomy, Iowa State Univ., Ames, IA 50011)

11:36 F8.04 Partons in Phase Space

David Brown, Pawel Danielewicz (NSCL, Michigan State University)

11:48 F8.05 The Role of Gluons in Mesons in Light-Front QCD

Brent H. Allen (Ohio State Univ.)

12:00 F8.06 A Similarity Light-Front Hamiltonian Approach to the Bound State Problem in QED: Positronium's Fine Structure

Billy D. Jones (Robert J. Perry, Stanisl\!\!/\!aw D. Gl\!\!/\!azek)

12:12 F8.07 Light-cone quark model predictions for radiative meson decays

Ho-meoyng Choi, Chueng-Ryong Ji (Department of Physics, North Carolina State University)

12:24 F8.08 Going Beyond the Peaking Approximation in the PQCD Analysis of Exclusive Heavy Meson Pair Production

Chueng-Ryong Ji (Department of Physics, North Carolina State University), Alex Pang (Nuclear Theory Center, Indiana University)

12:36 F8.09 Pomeron-exchange and exclusive electroproduction of vector mesons in QCD

M. A. Pichowsky (Argonne National Laboratory and University of Pittsburgh), T.-S. H. Lee (Argonne National Laboratory)

F8.10 Higher-twist Contributions in Spin-dependent Structure Functions

X. Song (Institute of Nuclear and Particle Physics)

11:00 F9.01 The Relationship between Relativity Theory and Newton's Second Law of Motion

D. SAVICKAS (Western New England College, Springfield, MA)

11:12 F9.02 The Inter-relation of Particles,Natural Laws, and Cosmology

Milo Wolff (Technotran, 1124 Third St. Manhattan Beach, CA 90266)

11:24 F9.03 Linear Gravity Fixed by Michelson-Morley (MM) and Gravitational (G) Redshift Experiments

Rafael A. Vera (Universidad de Concepcion, Chile)

11:36 F9.04 Worlds and Anti-worlds Revisted

Milo Wolff (Technotran, 1124 Third St. Manhattan Beach, CA 90266)

11:48 F9.05 Singular and Non-singular Metrics for Rotating Collapsed Bodies in Various Gravitation Theories

James Graber

12:00 F9.06 Maxwell Solutions of Gravitational Geometry With Electrodynamic Torsion

H.I. Ringermacher (United Technologies Research Center, East Hartford.CT.)

12:12 F9.07 COSMOGENESIS, GRAVITATION AND NUMBER THEORY

Alexander A. BEREZIN (McMaster U., Canada)

11:00 F10.01 Source of Relaxation in the One Dimensional Gravitating System

Bruce Miller (Texas Christian University)

11:12 F10.02 Steadily Rotating Perfect-Fluids Ellipsoids and Spheroids in Linear Gravitational Theories

E. Esteban (University of Puerto Rico, Humacao, P.R.)

11:24 F10.03 Constraints on Structure Formation Scenarios by Observations of Damped Lyman-Alpha Systems at High Redshift

Karsten Jedamzik (Lawrence Livermore National Laboratory), Jason X. Prochaska, Arthur M. Wolfe, George M. Fuller (University of California, San Diego)

11:36 F10.04 Gravitational Wave Sources Containing Massive Black Holes

Peter L. Bender, Dieter Hils (JILA, Univ. of Colorado, Boulder, CO 80309)

11:48 F10.05 Evolution of Cosmological Magnetic Fields

Karsten Jedamzick (LLNL), Visnja Katalinic, Angela V. Olinto (University of Chicago)

12:00 F10.06 Characterization of the Large-Scale Structure using the Minimal Spanning Tree

Suketu Bhavsar, Randall Splinter (University of Kentucky)

12:12 F10.07 Cosmological Perturbations: Entering the Non-Linear Regime.

Román Scoccimarro (Department of Physics and Enrico Fermi Institute, University of Chicago, and NASA/Fermilab Astrophysics Center, Fermi National Accelerator Laboratory), Joshua Frieman (NASA/Fermilab Astrophysics Center, Fermi National Accelerator Laboratory, and Department of Astronomy and Astrophysics, University of Chicago)

12:24 F10.08 PLANCKATOR: an Astrophysical Accelerator to Planck Energies

Leonid M. Ozernoy (Phys. amp; Astr. Dept. and Inst. for Comp. Sci. amp; Inform., George Mason U., also Lab. for Astron. amp; Sol. Phys., NASA/GSFC), Vladimir M. Lipunov (Phys. Dept. amp; Sternberg Astr. Inst., Moscow State U.)

F10.09

12:48 F10.10 A Causality Problem for the Big Bang and a Possible Solution

F.R. Tangherlini

13:00 F10.11 The Cosmology Fixed by Michelson-Morley Experiments

Rafael A. Vera (Universidad de Concepcion, Chile)

13:00 F10.12 On the Hot Intracluster Medium and Halo Microlensing Events

Brian D. Fields, Grant J. Mathews (University of Notre Dame), Stéphane Charlot (Institut d'Astrophysique de Paris), David N. Schramm (University of Chicago)

11:00 F11.01 Meaningful Outreach-A Cognitive View

J.L. Discenna (Dept. of Science Studies, Western Michigan Univ.), S.L. Snyder (Dept. of Physics and Astronomy, Michigan State University), Science Theatre Abrams Planetarium (Michigan State University)

11:12 F11.02 A Comprehensive Outreach Initiative for the Physical Sciences: An Example from Northeastern Illinois University

P. Sethi, P.J. Dolan Jr., M.P. McCann, M. Rand (Department of Earth Science, Physics and Chemistry, Northeastern Illinois University, Chicago, IL)

11:24 F11.03 Sharing Science Outreach: Planning to Implementation

Vijendra K. Agarwal (Department of Physics, Moorhead State University), Walter G. Wesley (Department of Physics, Moorhead State University)

11:36 F11.04 ALCOM Education Outreach

Renata-Maria Marroum (Liquid Crystal Institute, Kent State University)

11:48 F11.05 Alternative Strategies for Tutorials in Physics at a Small Two-Year College

Ntungwa Maasha (Dept. of Natural Sciences and Mathematics, Brunswick College)

12:00 F11.06 The Role of the Collaborative in Enhancing Physics Teacher Preparation

Carl J. Wenning (Dept. of Physics, Illinois State University)

12:12 F11.07 An Eighth Grade Adventure to EPCOT

James Watson, Nancy Watson (Dept. of Physics & Astronomy, Ball State University)

12:24 F11.08 A Case Study of One Student's Cheating in a High School Physics Classroom

Scott Robinson (SUNY College)

11:00 F12.01 Microtunneling and Horizontal Directional Drilling

T. Iseley (North American Society for Trenchless Technology)

11:30 F12.02 Design Concepts for Remote Installtion and Repair

M. May (Fermi National Accelerator Laboratory)

11:50 F12.03 Low Cost Warm Bore Vacuum Chamber Options

Hajime Ishimaru (KEK)

12:05 F12.04 Synchrotron Radiation in a Large Warm-Bore Collider

W. Turner (Lawrence Berkeley National Laboratory)

12:25 F12.05 Accelerator Physics in a large Superferric Collider

Gerald P. Jackson (Fermi National Accelerator Laboratory)

11:00 F13.01 Pulsed Power Applications in Basic Research and Industry

Jr. Humphries (Department of Electrical and Computer Engineering, University of New Mexico)

11:00 F13.02 Pulsed Power for Plasma Implantation Devices

R.J. Adler (North Star Research Corporation), M. Tuszewski, J. Scheuer (Los Alamos National Laboratories), Jr. Horne (Empire Hard Chrome)

11:25 F13.03 Basic Science at the Extreme States of Matter

Johndale C. Solem (Theoretical Division, Los Alamos National Laboratory -- Los Alamos, NM 87545, USA)

11:50 F13.04 Materials Testing with High-intensity Plasma Guns

J.M. Gahl (Department of Electrical and Computer Engineering, The University of New Mexico, Albuquerque, NM), P.D. Rocket (Fusion Technology Department, Sandia National Laboratories, Albuquerque, NM)

12:15 F13.05 Dose Rate Effects on e-SCRUB process - Experiments and Theory

Ralph Genuario (Virginia Accelerators Corporation)

12:40 F13.06 Ablative Processing with Low-voltage Pulsed Electron Beams

Richard Hubbard (Plasma Physics Division, Naval Research Laboratory)

13:05 F13.07 Overview of Industrial Applications of the Dense Plasma Focus

Mahadevan Krishnan (Alameda Applied Sciences Corporation)

11:00 F16.01 The Roots of Computational Science and Engineering: The Development of Computing at Los Alamos

Jack Worlton (Los Alamos National Laboratory (retired))

11:36 F16.02 Computational Condensed Matter Physics: From its Early Beginnings to its Present Golden Age

A.J. Freeman (Northwestern University)

12:12 F16.03 How the Physics Community Drove the Development of the SuperComputer Industry

Charles J. Murray ()