Bound states and resonances in Effective Field Theories and Lattice QCD calculations
2014, Jul 20 -- Aug 01
Organizers:
E. Epelbaum (Ruhr-Universität Bochum)
A. Parreno (U. Barcelona)
D. Phillips (U. Ohio)
J. Soto (U. Barcelona)
This meeting aims to bring together physicists with diverse expertise interested in the application of low-energy QCD to nuclear and hadronic physics, in order to boost progress in the field. The focus will be on lattice and effective theory techniques, but other techniques, including large-Nc, unitarization and dispersive approaches will also be discussed. We plan to have approximately three talks per day, leaving plenty of time for discussions and collaborations. Poster sessions and discussion sessions will also be organized. The first week (21-25/07) will be devoted to resonances and very light systems, with a particular focus on the application of lattice-QCD to these systems. The second week (28-31/07) will shift the emphasis to QCD-based treatments of somewhat larger nuclei. A list of selected topics and confirmed key participants follows:
Topics
- Resonances on and off the lattice
- Few-hadron bound states in Lattice QCD. Volume, continuum and quark mass extrapolations
- Isospin violation and electromagnetism in the lattice
- Nucleon-Nucleon Interaction
- Parity and time reversal Violation
- Electromagnetic and weak reactions in few-body systems
- Three nucleon forces
- Halo nuclei
Key participants
- Silas R. Beane (University of Washington, Seattle)
- Michael C. Birse (University of Manchester)
- Michael Döring (George Washington University, Washington DC)
- Doron Gazit (Racah Institute of Physics, Jerusalem)
- Jambul Gegelia (Ruhr-Universität Bochum)
- Harald Griesshammer (George Washington University, Washington DC)
- Johann Haidenbauer (Forschungszentrum Jülich)
- Hans-Werner Hammer (Institute of Nuclear Physics, Technische Universität Darmstadt)
- Chen Ji (TRIUMF, Vancouver)
- Hermann Krebs (Ruhr-Universität Bochum)
- Dean Lee (North Carolina State University)
- Judith MacGovern (University of Manchester)
- Laura Marcucci (INFN, Pisa)
- José Antonio Oller (Universidad de Murcia)
- Eulogio Oset (Dept. Física Teòrica i IFIC, CSIC-Universitat de València)
- Manuel Pavón-Valderrama (Institute de Physique Nucléaire, Orsay)
- Lucas Platter (Argonne National Laboratory)
- Àngels Ramos (Universitat de Barcelona)
- Martin J. Savage (Institute for Nuclear Theory, Seattle)
- Matthias Schindler (University of South Carolina)
- Christopher Thomas (University of Cambridge)
- Brian Tiburzi (City College of New York)
- Ubirajara van Kolck (Institute de Physique Nucléaire, Orsay)
- André P. Walker-Loud (The College of William and Mary, Williamsburg)
Scientific contacts
Evgeny Epelbaum - evgeny.epelbaum@rub.de
Assumpta Parreno - assum@ecm.ub.edu
Daniel Phillips - phillid1@ohio.edu
Joan Soto - soto@ecm.ub.edu
Administrative contact
Centro de Ciencias de Benasque - info@benasque.org
Sponsors
The registration fee for this conference is:
One week or less fee: 100 eur.
More than a week fee: 200 eur.
Pay by bank transfer
The registration fee must be paid to the account of the Centro de Ciencias de Benasque Pedro Pascual after your application has been accepted.
Ibercaja (account number): 2085 2310 3803 3004 4193
IBAN: ES44 2085 2310 3803 3004 4193
BIC: CAZRES2Z
Remember that your registration is complete only after the payment is made.
* Please, send a confirmation by e-mail to info@benasque.org.
* Please pay all bank charges
* Include as a subject in the transfer '2014bsr Your_Surname'
* In the comments section include:
Full name of the conference and your name.
Pay by credit card
Fee (one week or less): Pay by credit card
Fee (more than a week): Pay by credit card
* All credit card payments have a 0.7% VAT charge.
* You have to be registered.
* Please, pay after your application has been accepted.
*Cancellation Policy*
A 30 euro charge will be applied for cancellations made up to 10 days before the conference start date.
A no refund policy will be applied to cancellations made after this date.
Further Information.