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 Mc from the observed mass
difference KL– KS. The ’first’ use of an
indirect effect to predict a mass! e) Test of EW unification
with the determination of sin θw 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
Isabelle Wingerter (LAPP-CNRS)
Instrumentation & Detectors ((Измерительные
приборы и детекторы)
Wouter Verkerke (NIKHEF (NL))
Practical Statistics for Particle Physicists
(Статистика в физике частиц) Basics Concepts
Composite hypothesis, Nuisance Parameters
Dealing with systematic uncertainties
Sourendu Gupta (TIFR)
Heavy-Ion Physics (Физика тяжелых ионов)
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
Peter Skands (CERN)
QCD (Квантовая хромодинамика) Fundamentals of QCD
PDFs, Fixed-Order QCD, and Jet Algorithms
Parton Showers and Event Generators
QCD in the Infrared
Valery Rubakov (INR Moscow)
Cosmology (Космология)
Lecture 1
Expanding Universe
Dark matter: evidence
WIMPs
Lecture 2
Axions
Theory
Cosmology
Search
Warm dark matter
Sterile neutrino
Gravitino
Dark matter summary
Baryon asymmetry of the Universe
Generalities.
Electroweak baryon
numberr non-conservation
Lecture 3
Electroweak baryogenesis. What can make it work?
Before the hot epoch
Cosmological
perturbations
Regimes of evolution
Acoustic oscillations: evidence for pre-hot epoch
Inflation and
alternatives
BICEP-2 saga
Conclusions
Appendices
Calculation of WIMP
mass density
Estimating axion
mass density
Wave equation in
expanding Universe
Dark energy
CMB anisotropies,
BAO and recent Universe
Anthropic principle/Environmentalism
Zhi-Zhong Xing (IHEP)
Neutrino Physics (Физика нейтрино) Neutrinos from new physics
Interactions and discoveries
Flavors / families of leptons
The 3X3 Neutrino Mixing Matrix
Neutrino Oscillations in Vacuum
Neutrino Oscillations in Matter
How to Generate Neutrino Mass
3 Typical Seesaw Mechanisms
The Leptogenesis Mechanism
Atsut Suzuki (KEK)
Particle Physics in Asia
Naba Mondal (Tata Inst. of Fundamental Research (IN))
