What is Quantum Field Theory?
2011, Sep 14 -- Sep 18
Organizers:
M. Aguado (MPI, Garching), F. Falceto, G. Luz�n (U. Zaragoza), D. Garc�a-Alvarez (U. C. Louvain), J.L. L�pez (U. P. Navarra), J.M. Mu�oz-Casta�eda (U. Leipzig)
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SCIENTIFIC ACTIVITY
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OTHER ACTIVITIES
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ORGANIZERS
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VISITORS
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OUTREACH
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CENTER
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NEWS
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INSTITUTIONAL INFO
Thursday, September 15
Friday, September 16
Saturday, September 17
| What is Quantum Field Theory? | |
| J. I. Latorre | |
| Probability as notion of state in quantum and classical theory | |
| V. Manko | |
| New Lattice Gauge Theories from Quantum Computation | |
| M. A. Martín-Delgado | |
| Global gauge anomalies in two dimensions | |
| K. Gawedzki | |
| Infinite Matrix Product States and Conformal Field Theory | |
| G. Sierra | |
| Quantum field theory: the spectral point of view | |
| F. Lizzi | |
| From quantum field theory to quantum gravity and back | |
| J. L. F. Barbón | |
| What is a quantum field on a noncommutative space-time? | |
| A. Ibort | |
| Effective approach and decoupling in QFT | |
| I. Shapiro |
Friday, September 16
| The equivalence theorems and the manifestly Lorentz invariant formulation of nonabelian gauge theories, suitable for nonperturbative calculations | |
| A. A. Slavnov | |
| What is Quantum Field Theory? Beyond Special Relativity | |
| J. L. Cortés | |
| The Geometrical Formulation of Quantum Theory, will it help? | |
| G. Marmo | |
| Considerations on Non-perturbative Quantum Field Theory | |
| A. González-Arroyo | |
| Gross-Neveu Condensates: Integrability at Work | |
| G. Dunne | |
| Planar QED description of graphene: from the Hall effect to nanodevices | |
| E. M. Santángelo | |
| Counting in the Landscape | |
| A. Seguí | |
| Quantum Zeno effect and dynamics | |
| S. Pascazio | |
| On Feynman path integrals for Quantum Fields | |
| L. J. Boya |
Saturday, September 17
| Lower dimensional Field Theory and ocurrences of topological defects in Condensed Matter | |
| J. Sánchez-Guillén | |
| Modified gravity: new paradigm for unified description of the universe evolution | |
| S. Odintsov | |
| Casimir effect and delta potential scattering | |
| J. M. Muñoz | |
| Renormalization Group Flows and Supersymmetry | |
| A. Wipf | |
| Self avoiding walks and Field theory | |
| P. K. Mitter |
This session has received financial support from the following institutions:
