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Current Researchers @ ECT* |
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Daniele Binosi |
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High energy physics: Formal aspects of gauge quantum filed theories with or without spontaneous symmetry breaking; in particular construction of gauge independent and gauge invariant Green's functions (through the so-called pinch technique). Optics: formation of solitonic patterns in photonic crystal fibers. Software: Developer of JaxoDraw (visit http://altair.ific.uv.es/~JaxoDraw). |
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Marco Cristoforetti |
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Development of phenomenological models to investigate the QCD phase diagram. Lattice QCD at zero and finite temperature. |
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Cesar Fernandez-Ramirez |
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Pion photoproduction from nucleons and nuclei: Chiral perturbation theory, phenomenological Lagrangian models,
properties of nucleon resonances, influence of symmetries in the modeling, Regge models, resonances in the nuclear medium. |
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Lorenzo Fortunato |
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Low energy nuclear structure: Collective model, Bohr hamiltonian; Nuclear shapes, shape phase transitions and Critical point symmetries; Algebraic approaches (IBM, IBFM, Vibron), Applications of Lie algebra to nuclear structure and molecular physics; Giant resonances and collective modes; Giant pairing Vibrations and pairing interaction in nuclei. Low energy nuclear reactions: break-up reactions of light dicluster nuclei (6,7Li,7Be); Phenomenology and reactions of halo, cluster and exotic nuclei; semiclassical approximations in reaction theory; Transfer reactions. |
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Bingwei Long |
Scientific Activity: |
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Applications of effective field theories to nuclear and hadronic physics: nuclear forces, pionless EFT, chiral perturbation theory, and probing beyond-SM physics at low energies |
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Achim Richter |
Scientific Activity: |
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Nuclear Reactions with light and Heavy Ions;
Symmetries and Invariance Principles;
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Luigi Scorzato |
Scientific Activity: |
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Quantum Field Theories on a Lattice; QCD with light quarks; Chiral fermions; Numerical Stochastic Perturbation Theory; Chiral Perturbation Theory; QCD at finite Temperature and Density
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Dionysis Triantafyllopoulos |
Scientific Activity: |
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Parton saturation in Quantum Chromodynamics (Color Glass Condensate). Applications to collider physics. Gauge theories at strong coupling and the AdS/CFT correspondence. |
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