Program overview (TEST)

FRIDAY MORNING, 3 MAY 1996

08:00 E1.01 Probing the Nuclear Liquid-Gas Phase Transition

Josef Pochodzalla

08:36 E1.02 Break-up Conditions for Low Density Matter

William A. Friedman (Department of Physics, University of Wisconsin, Madison)

09:12 E1.03 Reconstructing the final stage of heavy ion collisions at CERN and AGS

Scott Pratt (Department of Physics and National Superconducting Cyclotron Lab., Michigan State University)

09:48 E1.04 Particle Distributions and Correlations from 158A\cdotGeV/c Pb+Pb Collisions

Nu Xu (Los Alamos National Laboratory)

08:00 E2.01 Precision Measurements at the Z

Robert Clare (Massachusetts Institute of Technology)

08:36 E2.02 Neutrino Determinations of \sin^2\theta_W

Tim Bolton (Kansas State University)

09:12 E2.03 W Mass Measurement

John Sculli (New York University)

09:48 E2.04 Top Mass Measurement

Michael Jones (University of Hawaii)

10:24 E2.05 Global Assessment of Electroweak Model

William Marciano

08:00 E3.01 An Overview of Particle Beam Materials Processing Techniques*

H.F. Dylla (Continuous Electron Beam Accelerator Facility Newport News, VA 23606 and College of William & Mary Williamsburg, VA 23187)

08:36 E3.02 Commercialization of New Beam Applications

Joseph McKeown (AECL Accelerators)

09:12 E3.03 Electron Beam Curing of Composites

Gregory Stein (Northrop Grumman)

09:48 E3.04 UV FEL Processing - A Unique Opportunity

Michael J. Kelley (E. I. DuPont de Nemours & Co., Inc.)

10:24 E3.05 The Physical Sciences in Biotechnology: Crystallography for Fun and Profit

C. Abad-Zapatero (Laboratory of Protein Crystallography, Abbott Laboratories)

08:00 E4.01 The Future of Academic Careers.

Daniel Larson

08:36 E4.02 The Future of Industrial Careers

Roland Schmitt (General Electric and Rensselaer Polytechnic Inst.)

09:12 E4.03 To be determined

Kevin Aylesworth (APS Congressional Fellow)

09:48 E4.04 Career Change: What Can You Do When the Funding Stops?

Fainberg

10:13 E4.05 What Can The APS Do To Help?

Barrett H. Ripin

08:00 E5.01 Measuring the Hubble Constant with the Hubble Space Telescope

Wendy Freedman (Carnegie Institution of Washington)

08:36 E5.02 The Hubble Constant From Stellar Ages

Don A. VandenBerg (Dept. of Physics amp; Astronomy, University of Victoria)

09:12 E5.03 Anomalous Streaming Velocities on Large Scales

Tod Lauer

09:48 E5.04 Abundances of Primordial Elements

Robert Kennicutt (University of Arizona)

10:24 E5.05 Big Bang Nucleosynthesis: Old-Time Religion Becomes Real Science

Terry Walker (Ohio State University)

08:00 E6.01 Computational self--consistent field theory for correlated electrons.

N.E. Bickers (University of Southern California.)

08:36 E6.02 Series expansions for excited states of strongly correlated systems

Martin P. Gelfand (Colorado State University)

09:12 E6.03 Numerical Studies of Flux Lattice Melting

David Stroud

09:48 E6.04 Disorder versus Interaction in the Hubbard Model

Martin Ulmke (University of California, Davis)

08:00 E7.01 Effective Field Theory for Nuclei.

Brian D. Serot (Indiana University), Richard Furnstahl (Ohio State University), Hua-Bin Tang (University of Minnesota)

08:12 E7.02 Vacuum Nucleon Loops and Naturalness.

Richard Furnstahl (Ohio State University), Brian D. Serot (Indiana University), Hua-Bin Tang (University of Minnesota)

08:24 E7.03 Naturalness and Relativistic Point-Coupling Models

James White III, John Rusnak (The Ohio State University)

08:36 E7.04 Relativistic Mean-Field Theory and the High-Density Nuclear Equation of State.

Horst Müller, Brian D. Serot (Indiana University)

08:48 E7.05 The Decuplet Revisited in \chiPT

Manoj Banerjee, Joseph Milana (University of Maryland)

09:00 E7.06 Chiral Perturbation Approach to the pp \to pp \pi^0 Reaction Near Threshold

B.-Y. Park (Department of Physics, Chungnam National University, Daejon, Korea), Fred Myhrer, Thomas Meissner, J.-R. Morones, Kuniharu Kubodera (Department of Physics and Astronomy; University of South Carolina)

09:12 E7.07 Low-energy QCD: Chiral coefficients and the quark-quark interaction^

Michael R. Frank (Institute for Nuclear Theory), Thomas Meissner (University of South Carolina)

09:24 E7.08 New QCD Sum Rules for Nucleons in Nuclear Matter.

Derek Leinweber (University of Washington), Richard Furnstahl (Ohio State University), Xuemin Jin (TRIUMF)

09:36 E7.09 Direct Instantons in QCD Nucleon Magnetic Moment Sum Rules

Mountaga Aw, M. K. Banerjee (University of Maryland), H. Forkel (ECT*,Trento, Italy)

E7.10

10:00 E7.11 Renormalization Group Studies of Field Theories of Interacting Bosons and Fermions

Andrew S. Johnson, J.A. McNeil (Colorado School of Mines), J.R. Shepard (University of Colorado)

E7.12 Neutral Meson Photoproduction in SU_f \chiPT (I): \gamma N \rightarrow \pi^0 N

Manoj Banerjee, Joseph Milana (University of Maryland)

11:00 E9.01 Sensitivity of the LISA Gravitational Wave Mission

H. Ward (Univ. of Glasgow), P. Bender, J.E. Faller, R.T. Stebbins (JILA, Univ. of Colorado, for the LISA Science Team)

11:12 E9.02 Method for a New G Measurement Using a Cryogenic Torsion Pendulum.

Z. Wang, M. Bantel, R.D. Newman (University of California, Irvine)

11:24 E9.03 Experimental Demonstration of All-Reflective Interferometers Using Grating Beam Splitters

Ke-Xun Sun, M.M. Fejer, Eric Gustafson, Robert L. Byer (Edward L. Ginzton Laboratory, Stanford University, Stanford, CA 94305-4085)

11:36 E9.04 Prospects for Low Thermal Noise in Gravitational Wave Interferometers

Peter R. Saulson (Dept. of Physics, Syracuse University, Syracuse, NY)

11:48 E9.05 Violin Mode Q Measurements in Pendulums

Yinglei Huang, Peter R. Saulson (Dept. of Physics,Syracuse University, Syracuse, NY)

12:00 E9.06 Prediction of Test Mass Thermal Noise by Measurement of the Anelastic Aftereffect

Mark A. Beilby, Peter R. Saulson (Dept. of Physics, Syracuse University, Syracuse, NY), Alex Abramovici (LIGO Project, Caltech, Pasadena, CA)

12:12 E9.07 New Class of Orbital Preferred Frame Effects

Sanjay Kumar, Mark P. Haugan (Purdue University)

12:24 E9.08 Atomic Anisotropy Experiments and the Einstein Equivalence Principle

Thierry F. Kauffmann (APS)

12:36 E9.09 Weyl Metric in Static Oblate Sphroidal Coordinates

12:48 E9.10 Equivalence Between Stationary Spacetimes with and without Torsion

J.P. Krisch (Dept. of Physics, The University of Michigan, Ann Arbor, MI 48109), L.L. Smalley (Dept. of Physics and Astronomy, University of Alabama in Huntsville, Huntsville, AL 35899)

13:00 E9.11 Energy Radiation from Gravitation with Torsion

Richard T. Hammond (North Dakota State University)

13:12 E9.12 Quantum Measurements for General Relativity

Daniel Galehouse (University of Akron)

08:00 E10.01 Tests of Fundamental Symmetries at Low Energies I - Parity

Stuart Freedman

08:36 E10.02 Correlations within Eigenvectors and Transition Amplitudes in the Two-Body Random Interaction Model.

V. V. Flambaum, G. F. Gribakin, F. M. Izrailev (University of New South Wales, Sydney 2052, Australia)

08:48 E10.03 SEARCH FOR EXTENSIONS OF THE STANDARD MODEL BY A RELATIVE BETA POLARISATION MEASUREMENT FROM POLARISED ^12N NUCLEI.

Eric Thomas (Université Catholique de Louvain)

09:00 E10.04 Observation of a Large Longitudinal Analyzing Power in Neutron Transmission through Xe

J.J. Szymanski, W.M. Snow, B. Cain, R.D. Hartman, C.D. Keith, A. Komives, M. Leuschner, D. Rich (Indiana University), J.D. Bowman, J. Knudson, S. Penttila, S.J. Seestrom, Y.F. Yen, V.W. Yuan (Los Alamos), B. Crawford, N.J. Roberson (Duke University and TUNL), L. Lowie, G.E. Mitchell, S. Stephenson (N.C. State and TUNL), T. Haseyama, A. Masaike, Y. Matsuda (Kyoto), P.P.J. Delheij (TRIUMF), H. Postma (Delft), E. Sharapov (JINR Dubna)

09:12 E10.05 Parity Violation in Charged Particle Resonances

W.S. Wilburn, N.R. Roberson (Duke University and Triangle Universities Nuclear Laboratory), G.E. Mitchell (North Carolina State University and Triangle Universities Nuclear Laboratory), Jr. Shriner (Tennessee Technological University and Triangle Universities Nuclear Laboratory)

09:24 E10.06 Parity Violation in the Excited States of ^4He

C.D. Keith (Indiana University Cyclotron Facility), C.R. Gould (North Carolina State University and Triangle Universities Nuclear Laboratory), N.R. Roberson, W. Tornow, W.S. Wilburn (Duke University and Triangle Universities Nuclear Laboratory)

09:36 E10.07 The Reaction e^- +p \longrightarrow \nu_e+n at Intermediate Energies

G.M. Gerstner, M.A. Barnett, S.L. Mintz (Florida International U.), M. Pourkaviani (M.P. Consulting Assoc.)

09:48 E10.08 The Reaction \nu_\mu+ ^12C\longrightarrow ^12N_gs + \mu^- and Present Experiments

S.L. Mintz (Florida International U.), M. Pourkaviani (M.P. Consulting Assoc.)

10:00 E10.09 Experiments with trapped ^210Fr

G. D. Sprouse, L. A. Orozco, W. Shi, J. E. Simsarian, W. Z. Zhao (Dept. of Physics SUNY Stony Brook, NY)

10:12 E10.10 Magneto-optic trapping of radioactive ^38mK, ^37K

J.A. Behr, A. Gorelov, T. Swanson, O. Häusser, M. Trinczek, M. Dombsky, J.M. D'Auria, J. Dilling (Simon Fraser U.), U. Giesen, G. Roy (U. Alberta), K.P. Jackson, C.D.P. Levy, L. Buchmann (Triumf), J. Deutsch (Louvain-la-Neuve), W.P. Alford (U. Western Ontario), I. Kelson, A.I. Yavin (Tel Aviv U.)

08:00 E11.01 Longitudinal Polarization for Stored Proton Beams at 1 - 10 GeV

F. Sperisen (Indiana University Cyclotron Facility)

08:12 E11.02 Crossing an Intrinsic Depolarizing Resonance by Varying a Partial Siberian Snake

S.Q. Hu, L.V. Alexeeva, V.A. Anferov, D.A. Crandell, A.D. Krisch, R.A. Phelps, L.G. Ratner, S.M. Varzar, V.K. Wong (Randall Laboratory of Physics, University of Michigan), S.Y. Lee, T. Rinckel, P. Schwandt, F. Sperisen, E.J. Stephenson, B. von Przewoski (Indiana University Cyclotron Facility), R. Baiod, P.S. Martin, A.D. Russell (Fermilab), H. Sato (KEK, Japan), M.G. Minty (Stanford Linear Acceleration Center)

08:24 E11.03 Proximity to Intrinsic Depolarizing Resonances with a Partial Siberian Snake

D.A. Crandell, L.V. Alexeeva, V.A. Anferov, B.B. Blinov, C.M. Chu, D.D. Caussyn, E.D. Courant, S.E. Gladycheva, S. Hu, A.D. Krisch, T.S. Nurushev, R.A. Phelps, L.G. Ratner, S.M. Varzar, V.K. Wong (Randall Laboratory of Physics, University of Michigan), Ya.S. Derbenev, S.Y. Lee, T. Rinckel, P. Schwandt, F. Sperisen, E.J. Stephenson, B. von Przewoski (Indiana University Cyclotron Facility), R. Baiod, A.D. Russell (Fermilab), C. Ohmori (University of Tokyo), H. Sato (KEK)

E11.04

08:48 E11.05 The Optically Pumped Polarized H^- Ion Source at TRIUMF and Its Use in a Parity Nonconservation Experiment

G. Dutto, K. Jayamanna, C.D.P. Levy, M. McDonald, R. Ruegg, W.T.H. van Oers, J. Welz, G.W. Wight (TRIUMF, 4004 Wesbrook Mall, Vancouver, B.C. V6T 2A3, Canada), A.N. Zelenski (INR, Russian Academy of Sciences, 117312 Moscow, Russia)

09:00 E11.06 Performance and Test Results of a Large Cryocondensation Pump for an Atomic Hydrogen Jet Target.

S.V. Koutin, J.D. Arnold, A.D. Krisch, V.G. Luppov, T.S. Nurushev, R.S. Raymond (Randall Laboratory of Physics, University of Michigan, Ann Arbor, Michigan 48109-1120), Yu.M. Melnick, A.F. Prudkoglyad (IHEP, RU-142284 Protvino, Russia)

09:12 E11.07 Design of a Cylindrical Radio Frequency Resonant Cavity for an Atomic Hydrogen 2-4 Hyperfine Transition Unit

J.B. Muldavin, M.A. Skalsey, A.D. Krisch (University of Michigan)

09:24 E11.08 The Application of High Power GaAs-AlGaAs Laser Diode Arrays to Spin Exchange Optical Pumping of Noble Gases

Todd B. Smith (University of Michigan)

08:00 E12.01 New Low Cost High Energy hadron Colliders

Ernest Malamud, G. William Foster (Fermi National Accelerator Laboratory)

08:00 E12.02 Brief Historical Introduction and Goals for the Mini-Symposium

Ernest Malamud (Fermi National Accelerator Laboratory)

08:15 E12.03 Overview of Parameters for a Large Hadron Collider

W.A. Barletta (Lawrence Berkeley National Laboratory)

08:30 E12.04 Parameters and Layout of a Low Field Large Hadron Collider

Stephen Holmes (Fermi National Accelerator Laboratory)

08:50 E12.05 Superferric Magnets and Prototype Work at Fermilab

G. William Foster (Fermi National Accelerator Laboratory)

09:10 E12.06 Cryogenics Baseline Parameters

P. Mazur (Fermi National Accelerator Laboratory)

09:30 E12.07 Quench Protection

K. Koepke (Fermi National Accelerator Laboratory)

09:50 E12.08 Geology in the Fermilab Region

David L. Gross (Illinois State Geological Survey)

08:00 E13.01 Nonlinear Dynamics of Beams

John Carey (University of Colorado)

08:00 E13.02 Model for Halo Dynamics in Accelerating Bunched Beams

David L. Bruhwiler (Northrop Grumman Advanced Technology and Development Center)

08:25 E13.03 Representation and Iteration of Maps

A. Dragt (University of Maryland)

08:50 E13.04 Reflections on Computing and Programming in Accelerator Orbit Theory

L. Michelotti (Fermi National Accelerator Laboratory)

09:15 E13.05 Frequency Map Analysis of the Advanced Light Source*

David Robin (Lawrence Berkeley National Laboratory)

08:30 E'8.01 Changes in the Length of the Solar Day Due to Global Warming

Saami J. Shaibani (Temple University, Dept. of Physics and Independent Modeling, Algorithms amp; Analytical Studies (IMAAS))

08:42 E'8.02 Discerning the Expansion and Contraction of the Atmosphere from the Orbital Decay of Spherical Satellites in Circular Orbits

A. Tan (Alabama A&M University), G.D. Badhwar (NASA Johnson Space Center)

08:54 E'8.03 Quantum Gravity: Its Radial Attributes

Jonathan O. Brooks (909 Batton Ave., Terre Haute, IN 47803)

09:06 E'8.04 Examination of the Time Dependence of the WKB Approximation in Alpha Decay

Russell Akridge (Dept. of Biological and Physical Sciences, Kennesaw State College)

09:18 E'8.05 Attribution of Mass in Weak Force Symmetries

Jonathan O. Brooks (909 Barton Ave., Terre Haute, IN 47803)

09:30 E'8.06 Electromagnetic Waves Broadcast by a VCR

Michael H. Brown (Miami University, Oxford, OH)

09:42 E'8.07 Newton's Law of Gravitation: A Heuristic Derivation

Asim Gangopadhyaya (Dept. of Physics, Loyola Univeristy-Chicago)

E'8.08 A Simple Oscillator Whose Period Depends on its Amplitude

Russell Akridge (Dept. of Biological and Physical Sciences, Kennesaw State College)