| 2:15 p.m. |
Peter Lambropoulos (Crete):
Two- and three-electron excitations beyond the single-photon,
weak-field regime
[Abstract] |
| 2:50 p.m. |
Anthony Starace (Nebraska):
Effects of Thresholds, Light Polarization, and Electron Correlations
on Strong Laser Field Interactions with Atoms
[Abstract] |
| 3:25 p.m. |
Refreshment break |
| 3:40 p.m. |
Louis DiMauro (Brookhaven):
Transition from Multiphoton to Tunneling Regimes Observed in
Double Ionization Electron Energy Spectra [Abstract] |
| 4:15 p.m. |
Brian Granger (ITAMP): Using
Scattering Matrices to Predict and Interpret the Spectra of Atoms
in External Fields [Abstract] |
| 4:50 p.m. |
Kenneth Taylor (Belfast):
Theoretical studies of laser-ionization of atoms and molecules
[Abstract] |
| 5:25 p.m. |
Paul Corkum (Ottawa): Measuring
H2+ vibrational wavepackets with sub-femtosecond precision [Abstract] |
| Mireille Aymar (CNRS): Dynamics
of autoionizing wave packets in calcium [Abstract] |
| Adam Bouras (ENIM, Tunisa): A Model for
particles Derived From A Newtonian Continuous-Mechanics Approach
and Unified with Other Fundamental Concept of Physics [Abstract] |
| Xi Chu (ITAMP): Linear Response Density
Functional Theory for Polarizabilities [Abstract] |
| I. I. Fabrikant (Nebraska): Near-Threshold
Photodetachment of Heavy Alkali-Metal Atoms [Abstract] |
| Gustavo Gasaneo (Tennessee): Understanding
the Three Body Coulomb Continuum [Abstract] |
| Brian Granger (ITAMP): Rydberg-like electronic
states above metallic and dielectric nanotubes [Abstract] |
| Edward Hamilton (Colorado): A Siegert
state approach to electron-molecule scattering [Abstract] |
| Verne L. Jacobs (Naval ResearchLab):
Reduced-Density-Matrix Description of Coherent Electromagnetic
Interactions in Quantized Electronic Systems [Abstract] |
| E .T. Kennedy (Dublin):
The 4p-subshell photoabsorption spectrum of singly ionized molybdenum
[Abstract] |
| Steven Manson (Georgia State):
Strong Electron Correlation in Photoionization of Spin-Orbit
Doublets [Abstract] |
| Jim McGuire (Tulane): Time correlation
in multielectron dynamics [Abstract] |
| Michael Moore (ITAMP): Multi-Channel Scattering
in Tight Atomic Wave-Guides [Abstract] |
| Toru Morishita (Univ. of Elctro-comm.
& Kansas State): Hyperspherical L 2 -integrable basis method
for double ionization of He generated by fast proton and antiproton
impact [Abstract] |
| Toru Morishita and Michio Matsuzawa (Univ.
of Elctro-comm. & Kansas State): Hyperspherical adiabatic
method and atomic Bose-Einstein Condensation [Abstract];
Quantized vortices in 2-Dimensional Bose-Einstein Condensates
by numerical simulation [Abstract];
Two-channel Square-Well Potential by Siegert Pseudo-State Method
[Abstract] |
| V. N. Ostrovsky (St.
Petersburg): Atomic pseudospin resonance [Abstract] |
| Chitra Rangan (Michigan): Grover's search
algorithm in a Rydberg atom [Abstract] |
| V.B. Sheorey (Physical Research
Laboratory, Navrangpura): Adiabaticity and Chaos Assisted
Quantum Tunneling [Abstract] |
| Felix T. Smith (SRI International):
Collective Coordinates and the Dirac Equation [Abstract] |
| Hiroya Suno (Kansas State): Three-Body
Recombination of Cold Atoms [Abstract] |
| Dmitry Uskov (Pittsburgh): Equivalent
Simple Characterization of Low Energy Quantum and Classical Free
Free Radiative Transitions [Abstract] |
| Daniel Vrinceanu (ITAMP): Radiative
cascading in cold plasmas [Abstract] |
| Cheng Zhu (ITAMP): Chemical reactions
of F+H2 in interstellar clouds [Abstract] |
