Program overview

THURSDAY MORNING, 6 NOVEMBER 2003

08:30 BA.001 Functional oxide nanobelts - from materials to nanodevices

Zhong Lin (ZL) Wang (School of Material Science and Engineering, Georgia Institute of Technology)

09:06 BA.002 In situ Measurements of Nanotube Growth Kinetics – The Race to Nanotube-Based Composites

David B. Geohegan (Condensed Matter Sciences Division, Oak Ridge National Laboratory)

09:42 BA.003 Gaining Control in the Synthesis of Single Walled Carbon Nanotubes

Jie Liu (Duke University, Department of Chemistry)

08:30 BB.001 Modeling a Living Cell as a Physical System

Robert Finkel (St. John's University)

08:42 BB.002 Holographic Modulation of a Pulsed UV Laser Microbeam for Simultaneous Ablation of Multiple Tissue Areas

Albert Mao, Xomalin Peralta, Glenn Edwards, M. Shane Hutson (Physics Department, Duke University)

08:54 BB.003 2-MeV proton-induced electron emission from biologically relevant targets.

C.I. Christou, J.L. Shinpaugh, E.L.B. Justiniano, M. Dingfelder, L.H. Toburen (Dept. Physics, East Carolina University.)

09:06 BB.004 How Does Cornea Fracture When Ablated by a Mark III Free Electron Laser?

Kevin Parker (Department of Biomedical Engineering, Duke University), Xomalin Peralta, Glenn Edwards, M. Shane Hutson (Physics Department, Duke University)

09:18 BB.005 Biophysical Investigation of Tissue Dynamics and Evidence for a Wounding Response

Glenn Edwards, Yoichiro Tokutake, Xomalin Peralta, Albert Mao, M. Shane Hutson (Physics Department, Duke University), Stephanos Venakides (Mathematics Department, Duke University), Dan Kiehart (Biology Department, Duke University)

09:30 BB.006 Motor Proteins at Work in PC12

David Hill (UNC-CH), George Holzwarth (Wake Forest University), Richard Superfine (UNC-CH)

09:42 BB.007 Flow Induced Forces on Molecular Motor Motility

Sreeja Asokan, R Lloyd Carroll, Richard E Cheney, S Washburn, R Superfine (University of North Carolina), Nanoscale Science Research Group Team

09:54 BB.008 Enhancement of hydrophobic chromophore fluorescence by adsorption to nanospheres

Elizabeth Blair, Aaron Carr, Rajagopal Krishnan, Thomas M. Nordlund (Dept. of Physics, Univ. of Alabama at Birmingham, Birmingham, AL)

08:30 BC.001 Chiral Symmetry: an Overview

Barry R. Holstein (University of Massachusetts)

09:06 BC.002 Experimental Tests of Chiral Symmetry Breaking

Aron Bernstein (Physics Dept. and Laboratory for Nuclear Science, M.I.T.)

09:42 BC.003 Generalized Spin Polarizibilities and Moments of the Spin Structure Functions

Jian-ping Chen (Jefferson Lab), for the Jefferson Lab E94-010 Collaboration

09:54 BC.004 The Virtual Compton Scattering Experiment at MIT/Bates

Rory Miskimen (University of Massachusetts), The OOPS Collaboration

10:06 BC.005 Nucleon form factors

Bing An Li (Dept. of Phys., Univ. of Kentucky)

10:18 BC.006 The Reaction e^- +p\longrightarrow\Lambda + \nu_e and the Contributions of the Interference Terms

Michael Barnett, Stephan Mintz (Florida International University)

10:30 BC.007 Feasibility Study for Observing the e^-+p\rightarrow\Lambda^0+\nu_e Reaction with CLAS

Maryam Moteabbed, Brian Raue (Florida International University), Dave Mack (Jefferson Lab)

10:42 BC.008 Measurement of the Polarized Structure Function \sigma_LT' for Kaon Electroproduction in the Exclusive p(\vece,e'K^+)\Lambda Reaction

Rakhsha Nasseripour, Brian Raue (Florida International University), CLAS Collaboration

10:54 BC.009 Weak Production of Lambda Particles in Muon and Tau Scattering From Protons

Stephan Mintz (Florida International University)

11:06 BC.010 Electromagnetic Polarizabilities of the Charged Pion

Mahbub Khandaker (Norfolk State University and Jefferson Lab)