Scientific Program
The scientific program of the Conference will include invited talks and oral and poster presentations.
Poster sessions
The poster session will take place in the second floor hall. There will be a total of 2 poster sessions in the afternoons.
Final conference program
A detailed conference program and schedule will be available by May 20 on the conference website.
SPARC session
CEPAS will also host a special SPARC session, as the last
session of the conference on Friday afternoon.
The SPARC -
Stored Particles Atomic physics Research Collaboration
- has been formed
within the project FAIR -
Facility for Antiproton and Ion Research
– to be built at GSI,
Darmstadt - Germany. The aim
of this collaboration is to bring together expertise in atomic physics with
highly charged ions at the international level and to address a broad variety of
atomic physics experiments from fundamental physics to applications in Quantum
Electrodynamics, Strong Fields and Ion-Matter Interactions.
The particular session will be organized by the SPARC Collaboration Board.
Presentations will focus
on the physics and the planned future atomic physics experiments at the FAIR
storage ring facilities.
|
Friedrich Aumayr |
Highly charged ion-induced nanostructures on surfaces |
|
Udo Buck |
The solvated electron in recent cluster experiments |
|
Joachim Burgdorfer |
Atomic dynamics on the attosecond scale: photons and charged particles |
|
Radu Campeanu |
Positron impact ionization of atoms and molecules |
|
Juan Fiol |
Detailed description of collision dynamics in atomic ionization processes |
|
Jean-Yves Chesnel |
Fast oscillating structures in electron spectra following slow Heq++He collisions: Search for electron interferences |
|
Francois Fremont |
Young interferences using a single electron source and an independent atomic-size two center interferometer |
|
Mihai Gavrila |
Atomic stabilization in superintense LASER fields |
|
Arnab Ghosh |
Cold Hudrogen-Hydrogen Collision and Close Coupling Model |
|
Fumihiro Koike |
Theoretical study of post-collision interactions in electron and photon impact ionization of atoms |
|
Helge Knudsen |
Fundamental collision processes involving antiprotons |
|
Adnan Naja |
Complete experiments for ionization of small atoms and molecules |
|
Gaetana Laricchia |
Positron and positronium collisions |
|
Fernando Martin |
The role of nuclear dynamics in H2 ionization and dissociation by synchrotron radiation and laser pulses |
|
Jason Martinez |
Investigation of (e, 2e) Collisions for Threshold Energies |
|
Robert Moshammer |
Atomic and molecular fragmentation dynamics in intense laser fields |
|
Oksana Plekan |
Photoemission spectroscopy of DNA base tautomers |
|
Kevin Prince |
Inner shell spectroscopy and the shapes of biomolecules |
|
Stefan Schippers |
Relativistic, QED and nuclear effects in highly charged ions revealed by resonant electron-ion recombination in storage rings |
|
Michael Schulz |
Kinematically complete experiments in atomic collisions |
| John R. Sabin | Molecular Fragmentation on Swift Ion Collision |
|
Nikolaus Stolterfoht |
Guiding of highly charged ions through nanocapillaries in insulating PET polymers |
|
John Tanis |
Interferences in coherent electron emission from diatomic molecules |
|
James Walters |
Atomic Collisions Involving Antimatter |
|
Colm Whelan |
Fragmentation process in atomic collisions |
|
Yasunori Yamazaki |
Interaction of charged particles with insulators |
|
Ding Zejun |
Monte Carlo simulation of electron interaction with solids and surfaces |
|
Matjaz Zitnik |
High resolution resonant Raman X-ray scattering |