In this lecture, the professor discussed degrees of freedom, light cone coordinates, SCETI &amp; SCETII,  jets and energetic hadrons, and collinear propagators.

Lecture 15: Soft-Collinear Effective Theory (SCET) Introduction

In this lecture, the professor discussed Higgs pT distribution, Inclusive Drell-Yan, Threshold Drell-Yan, and Beam Thrust Drell-Yan.

Lecture 26: SCET for LHC

In this lecture, the professor discussed B-&gt;D pi example, rapidity divergences, massive sudakov form factor, and rapidity RGE.

Lecture 25: SCET_2 Rapidity RGE

In this lecture, the professor discussed e+e- to dijets, factorize cross section with measurements, jet function, hemisphere soft function,  peak/tail/fixed order regions, and all orders RGE.

Lecture 23: SCET for Dijets

In this lecture, the professor discussed soft-collinear factorization, SCETI to SCETII matching, power counting theorems, and gamma* gamma -&gt; pi^0 example.

Lecture 24: SCETII

In this lecture, the professor finished DIS factorization, 1-loop renormalization of PDFs, and convolutions in other processes.

Lecture 22: SCET for DIS

In this lecture, the professor discussed LL RGE for Sudakov summation, cusp anomalous dimension,  convolutions in RGE, and started DIS factorization.

Lecture 21: SCET Sudakov Logarithms

In this lecture, the professor discussed hard-collinear factorization, quark and gluon building blocks for operators,  loops and IR divergences, and 0-bin.

Lecture 20: SCET Wilson Coefficients

In this lecture, the professor discussed extension to multiple collinear directions, and ultrasoft-collinear factorization via field redefinitions.

Lecture 19: SCET Beyond Tree Level 2

In this lecture, the professor discussed gauge symmetry, and reparameterization invariance.

Lecture 18: SCET Beyond Tree Level

In this lecture, the professor discussed multipole expansion with label and residual momenta, label operators, and Wilson line identities.

Lecture 17: SCET Multipole Expansion

In this lecture, the professor discussed W from integrating out offshell propagators, and SCET Lagrangian.

Lecture 16: SCET Collinear Wilson Lines

In this lecture, the professor discussed conformal invariance, SU(4) symmetry, calculations with the deuteron bound state, and started Soft-Collinear Effective theory (SCET).

Lecture 14: EFT with Fine Tuning Part 2

In this lecture, the professor discussed 2-nucleon nonrelativisitic EFT, bubble sums &amp; effective range expansion, fine tuning from RGE flow between fixed pts,  and power corrections.

Lecture 13: EFT with Fine Tuning

In this lecture, the professor discussed solution of R-RGE, sum rule for renormalons, renormalons in OPEs, connecting Wilsonian and Continuum EFT.

Lecture 12: More Renormalons

In this lecture, the professor discussed bubble sum for heavy quark mass,  removing renormalon ambiguities with scale R,  R-RGE, and all orders formula for Lambda_QCD.

Lecture 11: Renormalons

In this lecture, the professor discussed heavy hadron masses, exclusive semileptonic decays, inclusive decays and OPE,  pole mass versus short distance masses, and started topic of renormalons.

Lecture 10: HQET Examples

In this lecture, the professor discussed detailed matching calculation, velocity dependent anomalous dimension and Wilson coefficients,  power corrections and reparameterization invariance.

Lecture 9: HQET Matching & Power Corrections

In this lecture, the professor discussed QCD to HQET, velocity labels, power counting, heavy quark symmetry, spectroscopy, covariant superfields, and started loops.

Lecture 8: Heavy Quark Effective Theory (HQET)

In this lecture, the professor discussed loops in ChPT in dimensional regularization, naive dimensional analysis, momentum power counting theorem, SU3, and started topic of Heavy Quark Effective Theory.

Lecture 7: Chiral Loops

Effective Field Theory

In this lecture, the professor finished field redefinitions, discussed loops, regularization and the impact on power counting.

Lecture 3: Field Redefinitions

In this lecture, the professor discussed alphas(mu) and integrating out massive particles in MSbar, and Electroweak Hamiltonian Hw.

Lecture 4: Matching and Decoupling

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