Difference between revisions of "Lectures"
From RBI-T-WINNING
(Created page with "== Foreseen lectures at RBI, to be held in year 1 and 2 at RBI == === From SISSA === * '''Selected topics of SM and BSM''' (A. Romanino 4h) * '''Dark Matter in galaxies theor...") |
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| − | == Foreseen lectures at RBI, to be held in year 1 and 2 at RBI == | + | __NOTOC__ |
| + | === Foreseen lectures at RBI, to be held in year 1 and 2 at RBI === | ||
| − | + | From SISSA: | |
* '''Selected topics of SM and BSM''' (A. Romanino 4h) | * '''Selected topics of SM and BSM''' (A. Romanino 4h) | ||
* '''Dark Matter in galaxies theory and observations''' (Salucci 4h) | * '''Dark Matter in galaxies theory and observations''' (Salucci 4h) | ||
| Line 11: | Line 12: | ||
* '''Solid state - Topics in Numerical Modelling of Materials''' (S. De Gironcoli) (6h, 3 lectures) | * '''Solid state - Topics in Numerical Modelling of Materials''' (S. De Gironcoli) (6h, 3 lectures) | ||
| − | + | From LPT: | |
* '''Strong and weak interactions in the SM''' (A. Abada, S. Descotes-Genon or D. Becirevic) | * '''Strong and weak interactions in the SM''' (A. Abada, S. Descotes-Genon or D. Becirevic) | ||
* '''Extensions of the Standard Model''' (A. Abada and/or D. Becirevic) | * '''Extensions of the Standard Model''' (A. Abada and/or D. Becirevic) | ||
| Line 20: | Line 21: | ||
* '''Selected topics of Noncommutative geometry, algebraic methods and differential calculus''' (JC Wallet, M. Dubois-Violet) | * '''Selected topics of Noncommutative geometry, algebraic methods and differential calculus''' (JC Wallet, M. Dubois-Violet) | ||
| − | + | From LMU: | |
* '''RBI Institute colloquium''' (G. Dvali); | * '''RBI Institute colloquium''' (G. Dvali); | ||
* '''EFT methods at the LHC''' (G. Buchalla) | * '''EFT methods at the LHC''' (G. Buchalla) | ||
Revision as of 15:08, 26 January 2016
Foreseen lectures at RBI, to be held in year 1 and 2 at RBI
From SISSA:
- Selected topics of SM and BSM (A. Romanino 4h)
- Dark Matter in galaxies theory and observations (Salucci 4h)
- Structure formation (Lapi 4h)
- Cosmology and high redshift probes, supermassive black hole phenomenology (Danese 2h)
- Dirac operator (Dabrowski 4h)
- Vector bundles and applications to topological quantum field theory (U. Bruzzo 4h)
- Noncommutative Geometry and the Standard model (K. van Dungen 4h)
- Solid state - Topics in Numerical Modelling of Materials (S. De Gironcoli) (6h, 3 lectures)
From LPT:
- Strong and weak interactions in the SM (A. Abada, S. Descotes-Genon or D. Becirevic)
- Extensions of the Standard Model (A. Abada and/or D. Becirevic)
- Flavour physics in the quark sector (S. Descotes-Genon and/or D. Becirevic)
- Flavour physics in the lepton sector, neutrino in particle physics and cosmology (A. Abada)
- QCD in the nonperturbative regime (D. Becirevic and/or S. Descotes-Genon)
- Selected topics in perturbative QCD (S. Wallon)
- Selected topics of Noncommutative geometry, algebraic methods and differential calculus (JC Wallet, M. Dubois-Violet)
From LMU:
- RBI Institute colloquium (G. Dvali);
- EFT methods at the LHC (G. Buchalla)
- Lectures on Conformal Field Theory (R. Blumenhagen, ~6h)
- Lectures on Scattering amplitudes in SYM using the Grassmannian formulation and the amplituhedron' (L. Ferro, ~6h)
- RBI Institute colloquium (D. Lüst)
- Black-brane solutions in gauged supergravity (M. Haack, 2h)
