PATTICLE PHYSICS
PARTICLE PHYSICS 1
STANDARD MODEL PART 1
(A) Symmetries and Quarks:
(4) SU(3)- classification of mesons and baryons
(5) mass formula
(3) G-Pairity
(6) magnetic moments
(2) Isospin- SU(2)
(7) motivation for colour as an internal symmetry
(1) Discrete symmetries
(B) Scattering Processes:
(3) Lifetimes and cross-sections
(4) Golden rule
(2) Phase space
(5) Scattering of a spinless charged particle by electromagnetic
(1) Relativistic Kinematics
(6) e- mu scattering
(7) Moller scattering
(8) electron- proton scattering and form factors
(09) higher order corrections
(10) Vacuum polarization
(11) Charge renormalization
(12) Lamb shift
(12) g-2
(C) Parton Moder and QCD
(1) Deep inelastic scattering (DIS) of electron on nucleons
(2) structure function and scale invariance
(3) parton model
(4) Quantum chromodynamics
(5) Lagrangian
(6) Symmetries
STANDARD MODEL PART 2
(A) Early Developements
(B)
(C) CP problem
(D) Electro-Weak Unified Theory
(E)Current Phenomenology
(1) Beta Decay
(2) mu- decay
(3) parity violation
(4) V-A theory of weak interaction
(5) conserved vector current hypothesis
(1) Strange particle decay
(2) mixing of neutral K-measons
(3) Cabibbo theory
(4) current-current inteaction
(5) PCAC and current algebra
(1) C,P,T, transformation
(2) CP violation
(1) Spontaneous symmetry breaking
(2) Higgs mechanism
(3) SU(2) X U(1) theory
(4) Electroweak unification
(5) neutral current phenomena
(6) W,Z bosons
(1) New flavours
(2) KM-matrix and associated phenomenology
(3) neutrinos
(4) masses and mixing
(5) neutrino oscillations
PARTICLE PHYSICS 2
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(B) Electroweak Sector
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(A) Basic Ingredients of the Standard Model
(1) Yang-Mills fields
(2) Higgs Mechanism
(3) Asymptotic freedom
(1) Winberg-Salam Model
(2) phenomenological consequences
(3) families and flavours
(4) anomaly cancellation
(5) radioactive corrections and precession tests