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European Winter School on Theoretical Methods
14-18 February 2005, Prague
The European Winter School on Theoretical Methods for EPIC
will take place on Feb 14-18 at the J Heyrovsky Institute in Prague. This
meeting will be supported by the EU Training Network 'Electron and
Positron Induced Chemistry' (EPIC) and the European Science Foundation
Programme 'Electron Induced Processing at the Molecular Level (EIPAM)'
AIMS of the meeting:
- To learn more about the different theoretical methods currently
being used to treat electron molecule-collisions. In particular, what
does not work that well for each of them.
- To establish which method or methods are best suited to be developed
for the different processes being studied by the EPIC community.
Structure of the Meeting:
Since the aim of the meeting is to be able to interact among ourselves
and to ask the sort of questions that are not asked in more formal
seminars, we want to allow plenty of time for each talk and its following
discussion. We have also agreed on not to have any talks on Wednesday,
with the idea of having time to rest or to split into smaller discussion
groups. Each one-hour talk includes quarter an hour discussion.
Programme:
Monday 14th February
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Basic Quantum Chemistry
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Chairman: Vincent Brems
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9:00-10:00 |
How to represent molecular electronic states |
Jimena Diaz Gorfinkiel
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10:15-11:15 |
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Jan Franz |
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Basic Scattering Theory (I)
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11:30-12:30 |
Introduction to Scattering Theory
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Martin Cizek |
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Chairwoman: Jimena Gorfinkiel
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14:00-15:00 |
Resonance Theory
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Vincent Brems |
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15:30-16:30 |
Multi-Channel Resonances
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Martin Cizek |
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17:00-18:00 |
Feshbach-Fano Partitioning |
Vincent Brems |
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Tuesday 15th February
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Basic Scattering Theory (II) |
Chairman: Martin Cizek
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9:00-10:00, 10:15-11:15 |
Optical Potential
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Roman Curik |
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Detailed Discussions (I)
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11:30-12:30 |
Laboratory Frame Close-Coupling method
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Slawek Telega |
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Chairman: Roman Curik |
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14:00-15:00 |
Shape resonances localization and analysis by means of the Single Center Expansion e-molecule scattering theory
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Andrea Grandi |
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Plenary Lecture (I)
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15:30-16:30, 17:00-18:00 |
Multi-Channel Schwinger Variational Method
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Wednesday 16th February
Free Time
Thursday 17th February
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Detailed discussions (II)
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Chairman: Vincent Brems
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9:00-10:00
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R-Matrix theory for spherical symmetric potential
scattering |
Premysl Kolorenc
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10:15-11:15 |
The UK R-Matrix code
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Jimena Diaz Gorfinkiel |
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11:30-12:30 |
Feshbach-Fano R-Matrix Method
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Premysl Kolorenc |
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Plenary Lecture (II) |
Chairman: Roman Curik
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14:00-15:00, 15:30-16:30 |
Atom-Molecule Reactive Scattering
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Enrico Bodo |
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Short report
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17:00-17:30 |
A semi rigorous method, modified single centre-Additivity
rule for calculating various total cross section
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Minaxi Vinodkumar |
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Friday 18th February
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Detailed discussions (III)
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Chairwoman : Jimena Gorfinkiel |
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9:00-10:00
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Non-Local Nuclear Dynamics
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Martin Cizek
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10:15-11:15 |
Exploring the wavepacket land: DEA
calculations
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Simone Taioli |
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11:30-12:30 |
Discrete Momentum Representation method
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Michal Kovacic |
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Plenary Lecture (III)
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Chairman : Martin Cizek
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14:00-15:00, 15:30-16:30 |
Discrete Variable Representation and Exterior Complex
Scaling methods and applications
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Karel Houfek |
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17:00-18:00 |
Concluding final discussions
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