| course | dates | credits |
| Beyond the Standard Model | Jan - Apr | 3 |
| teachers | schedule | term |
| Andrea Romanino | Mon-Thur, 10.00-11.15 | 2 |
Program:
- The Standard Model as an effective theory
- Lepton number violating operators and neutrino masses
- Baryon number violating operators and proton decay
- Flavour violating operators and FCNC
- Electroweak precision tests and the little hierarchy problem
- Beyond the Higgs sector of the Standard Model
- Model-independent description of electroweak symmetry breaking
- Higgsless models and technicolor
- The strongly interacting Higgs
- The weakly interacting two Higgs doublet model
- Grand unification
- SU(5): gauge lagrangian and proton decay
- SU(5) breaking
- The Higgs and the Yukawa sector
- Electroweak symmetry breaking, 2-3 splitting problem, hierarchy problem
- SO(10)
- The hierarchy problem
- Supersymmetry
- Structure of the minimal SM extension (MSSM)
- Electroweak symmetry breaking (EWSB)
- RGEs and radiative EWSB
- Spectrum, mixings and LSP interactions
- The flavour problem and the mass insertion approximation
- Proton decay: D = 4, 5, 6
- Collider phenomenology
- Large extra-dimensions
- Kaluza-Klein decomposition: scalar field and graviton
- Symmetry breaking: Sherk-Schwarz and orbifolds
- Supersymmetry breaking
- Gauge symmetry breaking
- Warped extra-dimensions
Prerequisites:
- UV divergences and renormalization
- Spontaneously broken gauge theories: R gauge
- Standard Model, 1 loop tests, unitarity in the absence of the Higgs
- General RGEs, QCD and asymptotic freedom
- Dimensional transmutation and effective potential
- N=1 superalgebra, superfields, lagrangian, soft susy breaking (not for APP)
Useful but not required
- Elements of QEFT
- Integration of heavy degrees of freedom and running of the EFT
- Effective theory for Goldstone bosons of spontaneously broken theory
Books:
Online Resources:
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