Стандартная модель и за ее пределами

2008

The Standard Model
Pich, A (speaker) (IFIC, University of Valencia)
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Лекция 8   

Fundamental Concepts in Particle Physics
Ross, G (speaker) (The Rudolf Peierls Centre for Theoretical Physics)
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2009

Fundamental Concepts in Particle Physics (Фундаментальные концепции в физике частиц)
Ross, G (Oxford University)
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Лекция 5  

2008

Beyond the Standard Model
Kiritsis, E (speaker) (Ecole Polytechnique CPHT)
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2009

Beyond the Standard Model (За пределами стандартной модели)
Dvali, G
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Лекция 3  
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Лекция 5  

The Search for Beyond the SM Physics (Поиск физики за пределами стандартной модели)
De Roeck, A (CERN)
Лекция 1
Лекция 2

2010

Alex Pomarol
    Beyond the Standard Model
    За пределами Стандартной Модели

• The Standard Model: symmetries, consistency, and reasons for improvement
  Grand Unified Theories
  The strong CP-problem and axions
  Стандартная Модель: симметрии, согласованность и поводы для улучшения
  Теории Великого Объединения
  CP-проблема и аксионы
• The hierarchy problem (On the origin of the Higgs potential)
  Supersymmetry
  Проблема иерархии (О происхождении потенциала Хиггса)
  Суперсимметрия
• Composite/PGB (Pseudo Goldstone Boson) Higgs and Higgsless models
  Составной хиггс и модели без хиггса
• Extra dimensions
  Дополнительные измерения

2011

Bogdan Dobrescu
    Beyond the Standard Model
    За пределами Стандартной Модели

• Electroweak symmetry breaking  (+)
  Нарушение симметрии в электрослабых взаимодействиях
• Quark and lepton masses (+)
  Массы кварков и лептонов
• New gauge bosons (+)
  Новые калибровочные бозоны
• Extra dimensions. WIMPs and cascade decays (+)
  Дополнительные измерения. WIMPы и каскадные распады
• How to search for new phenomena (+)\
  Как искать новые явления

Georgi Dvali (CERN, Munich, NYU)
    Beyond the Standard Model
    За пределами Стандартной Модели

• Лекция 1
• Лекция 2
• Лекция 3

Christophe Grojean (CERN-PH-TH)
    Physics Beyond the Standard Model
    Физика за границами Стандартной Модели

• Лекции 1-4
  • Standard Model and EW symmetry breaking (Стандартная модель и нарушение симметрии в ЭС взаимодействии)
  • Higgs mechanism (Механизм Хиггса)
  • EW precision tests
  • Higgs as a UV moderator (Хиггс как УФ модератор)
  • UV behaviour of the Higgs (УФ поведение хиггсов)
  • Supersymmetry (Суперсимметрия)
  • Little Higgs (Малые хиггсы)
  • Gauge-Higgs unification, Higgsless  (Объединение хиггса с калибровочным полем)
  • Composite Higgs models (Модели составного хиггса)
  • GUT: SM vs MSSM vs Composite Higgs (Теория Великого объединения: СМ или Минимальная суперсимметричная стандартная модель или Составные хиггсы)

2012

Dmitri Kazakov (JINR) 
    SUSY
    Суперсимметрия

• Лекция 1
• Лекция 2
• Лекция 3

Geraldine Servant (CERN & IPhT Saclay)
    Other physics BSM
    За пределами стандартной модели

• Лекции 1и 2
• Лекция 3. The cosmological connection

Mihoko Nojiri (KEK)
    Beyond the Standard Model
    За пределами стандартной модели

• Quest of BSM
• Models behind supersymmetry (or how model is build)
• BSM and collider search

2013

Csaba Csaki (Cornell University)

Beyond the Standard Model
(рукопись)

Gustavo Burdman (USP)

Beyond the Standard Model
 

Andreas Weiler (Deutsches Elektronen-Synchrotron)

Beyond Standard Model theory
video video video

2014

Yael Shadmi (Technion)

SUSY
Basics
The Supersymmetrized Standard Model
Superpartners in action

Andreas Weiler (CERN)

Physics beyond the Standard Model
 

Rohini Godbole (Centre for Theoretical Studies (CTS))

Field Theory & EW SM (Теория поля. Стандартная модель электрослабых взаимодействий)
a) Setting up the notation of the SM Lagrangian, including Higgs mechanism. b)The miracles of the particle spectrum of the SM: Anomaly cancellation and the Custodial symmetry! c) How one can understand the development of the SM also in terms of taming the bad high energy behavior of the scattering amplitudes! Prediction of new particles and their masses in the SM: d) GIM and prediction of M_c from the observed mass difference K_L– K_S. The ’first’ use of an indirect effect to predict a mass! e) Test of EW unification with the determination of sin θ_w and resultant test of a unified gauge field theoretic description of Electro Weak interactions.
a) Radiative corrections in a spontaneously broken gauge theory, oblique corrections and precision testing of the SM. b)’Indirect’ determination of the mass of the top and Higgs!
a)Theoretical bounds on the Higgs mass b) Implications of the measured mass of the Higgs for the SM! i.e the scale unto which SM can be consistent without any additional physics

Seung Joon Lee (Korea Advanced Institute of Science and Technology (KR))

Flavour Physics & CP Violation (Физика ароматов и нарушение CP-инвариантности)
Motivation, and Basic Introduction to Flavor Physics
Flavor and CP Violation in the meson mixings and decays
OPE, Effective Theories for heavy flavors.
New Physics Puzzle & Implication on BSM flavor structure. Flavor Physics at the LHC era

Koichi Hamaguchi (University of Tokyo)

Higgs Physics & BSM (Хиггсовская физика. За границами стандартной модели)
 
0. Introduction
1. Higgs
2. Beyond the Standard Model
    2.1. puzzles in SM = hints of BSM
    2.2. renormalization and naturalness
3. SUSY
    3.1. motivations
    3.2. supersymmetry
    3.3. MSSM (minimal SUSY Standard Model)
    3.4. MSSM Lagrangian

 

2015

Rogerio Rosenfeld (UNESP - Universidade Estadual Paulista (BR))

Beyond the Standard Model
The reasons for BSM and the agnostic approach

Simple extensions of the Standard Model

Naturalness guided BSM

Jean Iliopoulos (LPTENS)

Field Theory and EW Standard Model
I. A quick glance at the phenomenology of EW Interactions
II. Global and Local symmetries. From QED to Yang-Mills
III. Spontaneous symmetry breaking and the Brout-Englert-Higgs mechanism
IV. The SU(2)×U(l) Model
V. The Standard Model and Experiment

Christophe Grojean (ICREA/IFAE (Barcelona))

Higgs Physics
Standard Model and EW symmetry breaking
Higgs mechanism - custodial symmetry
Goldstone equivalence theorem
What is the Higgs boson the name of?
SM Higgs @ colliders
UV behavior of the Higgs boson (triviality, stability, naturality)
Symmetries for a natural EWSB
Implications for SUSY
Composite Higgs models
Precision Higgs couplings
Future Higgs channels:
    Boosted and off-shell channels
    Multi-Higgs

Rogerio Rosenfeld (UNESP - Universidade Estadual Paulista (BR))

Beyond the Standard Model
The reasons for BSM and the agnostic approach

Simple extensions of the Standard Model

Naturalness guided BSM

Andrey Arbuzov (Joint Inst. for Nuclear Research (RU))

Field Theory & the E-W Standard Model (Теория поля и электрослабая стандартная модель)

Lecture I: Introduction and QFT
• What is the Standard Model?
• Particle (field) content of the SM
• Principles of the SM Lagrangian
• Brief notes on Quantum Field Theory
 

Lecture 2: Construction of the SM
• The Fermi model
• Electroweak gauge interactions
• The Higgs mechanism (brief)
• Electroweak sector of the SM
• Generation of fermion masses
• Axial anomaly
• Parameters of the SM

Lecture 3: Phenomenology of the SM
• Input parameters
• The muon decay and (g - 2),,
• Tests of the SM at LEP/SLC
• Tests of the SM at LHC
• Problems in the SM

Alexander Dimitrov Mitov (University of Cambridge (GB))

QCD (Квантовая хромодинамика)
Lecture 1,2: Basics of QCD and SM at colliders
• General introduction to colliders
• QCD: the dynamical theory of the strong interactions
• Modeling of strongly interacting bound-states at Colliders
• First attempt: apply QCD to collider processes: surprise! It doesn't seem to work ...
• Go into the deep: augment the formal theory with physics intuition
    • Infra Red singularities
    • Factorization
    • Evolution
Lecture 2:
• Collinear Factorization for cross-sections (amplitudes also factorize but we will not consider this here)
• Fragmentation functions
• Parton Distribution Functions (PDF)
• Factorization and appearance of factorization scale(s)
• DGLAP evolution equation
• Soft-gluon resummation
• How to choose the factorization and renormalization scales
• Jets
• Decays of unstable particles
Lecture 3:
• Jets
• Decays of unstable particles
• Monte Carlo Integration
• Fixed Order Calculations with MC methods
• Parton Showers
• Matching of LO calculations with Parton Showers
Lecture 4:
• Matching of LO calculations with Parton Showers
• MC@NLO: the basic idea
• Some more specific points
    • pdf at various orders
    •Effective number of flavors inside the proton
• LHC applications

 

Francesco Riva (Ecole Polytechnique Federale de Lausanne (CH))

Higgs Physics (Хиггсовская физика)
    Lecture 1
    Lecture 2

Stefania Gori

Flavour Physics & CP Violation (Физика ароматов и нарушение СР-инвариантности)
 
Lecture 1. Standard Model
What is flavor?
Flavor structure of the Standard Model (SM)
Glashow-lliopoulos-Maiani (GIM) mechanism
Standard Model flavor problem
Tests of the Standard Model flavor and CP structure
Lecture 2. Effective theories beyond the Standard Model
Why to go beyond the Standard Model. TeV scale New Physics (NP)
The New Physics flavor problem
Testing high scale New Physics using flavor
The Minimal Flavor Violation (MFV) ansatz
Lecture 3. New Physics models
New Physics models and flavor implications
Prospects for the discovery of New Physics using flavor transitions at high energy:
Top flavor chaging decays
Higgs flavor changing decays

 

Andrea Wulzer (Universita e INFN, Padova (IT))

Physics beyond the Standard Model (За пределами Стандартной модели)
Lecture 1.
    1. No-Lose Theorems (or, why the Higgs is revolutionary)
    2. The "SM-only" Option
    3. The Naturalness Argument
    4. What if Un-Natural?
Lecture 2.
    1. Composite Higgs
    2. The Minimal CH couplings
    3. CH signatures overview

2016

Ryuichiro Kitano (KEK)

Field Theory and the Electroweak Standard Model
(Теория поля и Стандартная модель электрослабых взаимодействий)
Fields and Particles
Symmetry Breaking and the Higgs mechanism
Electroweak Standard Model

Ahmed Ali (DESY)

Flavour Physics and CP Violation (Физика ароматов и нарушение СР-инваримнтности)
   • Standard Model, Quark flavour mixing & the CKM Matrix
   • Present status of the V_CKM matrix elements |V_ud|, |V_us|, |V_cd|, |V_cs|
   • Determination of |V_cb| and |V_ub| from semileptonic B-decays
   • Status of the third row of V_CKM: |V_td|, |V_ts|, |V_tb|
   • CP violation in the charged and neutral hadron decays - Formalism
   • CP violation in the Kaon sector
   • D⁰ - D⁰ mixing and CP violation in the Charm sector
   • CP Violation in the B-meson sector & determination of the weak phases α, β, γ, φ_s
   • Rare B-decays and their impact on the CKM phenomenology
   • Summary

Sudhir Vempati (Indian Institute of Science, Bangalore)

Physics Beyond the Standard Model (За пределами стандартной модели)
1) Why BSM Physics ?
2) Hierarchy Problem
3) Supersymmetry as a solution
4) The structure of MSSM
5) Soft terms in Different Mediation
Schemes
1) Recap of Superfields and SUSY Lagrangian
2) SUSY QED example
3) MSSM recap
4) Electroweak symmetry breaking
5) Mass Spectrum of SUSY particles
6) Higgs spectrum
7) 1-loop corrections to the Higgs mass
1) Three paths to supersymmetry
2) LHC Results
3) Flavour Constraints
4) Dark Matter Constraints
5) Escaping LHC and other search strategies
6) Famous SUSY breaking models and their status
7) A small introduction to Extra Dimensions

Jonathan R. Ellis

Higgs Physics
Lect 1
Lect 2

Jungil Lee (Korea University)

Quarkonium Physics (Физика кваркония)

Standard Model
1. Intro to model building and the SM
    The gauge sector and SSB
    Flavors: quarks and leptons
2. QED
    QCD
    The gauge sector of SM

Ronald Kleiss (Radboud University)

Field Theory & the E-W Standard Model

Alex Pomarol (Universitat Autonoma de Barcelona)

Higgs Physics

 

Yael Shadmi (Technion)

SUSY
Basics
The Supersymmetrized Standard Model
Superpartners in action

Jernej F. Kamenik (Jozef Stefan Institute)

Flavour Physics & CP Violation
Reading List
http://arxiv.org/abs/1005.3106
http://arxiv.org/abs/1006.3534
http://arxiv.org/abs/1010.2666
http://arxiv.org/abs/1302.0661
Notes
Slides

Andreas Weiler (CERN)

Physics beyond the Standard Model

Rohini Godbole (Centre for Theoretical Studies (CTS))

Field Theory & EW SM (Теория поля. Стандартная модель электрослабых взаимодействий)
a) Setting up the notation of the SM Lagrangian, including Higgs mechanism.
b)The miracles of the particle spectrum of the SM: Anomaly cancellation and the Custodial symmetry!
c) How one can understand the development of the SM also in terms of taming the bad high energy behavior
of the scattering amplitudes! Prediction of new particles and their masses in the SM:
d) GIM and prediction of M_c from the observed mass difference K_L– K_S.
The ’first’ use of an indirect effect to predict a mass!
e) Test of EW unification with the determination of sin θ_w and resultant test of a unified gauge field
theoretic description of Electro Weak interactions.
a) Radiative corrections in a spontaneously broken gauge theory, oblique corrections and precision testing of the SM.
b)’Indirect’ determination of the mass of the top and Higgs!
a)Theoretical bounds on the Higgs mass
b) Implications of the measured mass of the Higgs for the SM!
i.e the scale unto which SM can be consistent without any additional physics