Introduction to Perturbative QCD

• C.-P. Yuan

QCD Quantization, Renormalization and Ward Identity

• H.-N. Li

Calculation of amplitudes and loop integrals in QCD

• L.-L. Yang

Introduction to (Heavy) Flavor Physics

• W. Wang

Introduction to EFT, Four-fermion EFT, OPE

• W. Wang

Parton Model and Factorization Theorem

• H.-N. Li

DIS process and Parton Distribution Functions

• H.-N. Li

Composite Operator mixing and its generalization to BL/DGLAP and others

• W. Wang

DGLAP and BFKL Evolutions

• H.-N. Li

Large energy symmetry, method of regions, formulation of SCET

• L.-L. Yang

Large energy symmetry, method of regions, formulation of SCET

• L.-L. Yang

Heavy Quark Effective Theory

• Wei Wang

QCDF in B decays, factorization with a definite power counting scheme

• Y.-M. Wang

Heavy Quark Efective Theory

• Wei Wang

RGE of the LCDAs of the B meson and the pion.

• Y.-M. Wang

Electroweak Theory (1)

• H. Zhang

Drell-Yan Production

• C.-P. Yuan

Infrared divergences and factorization (SCET for collider physics)

• L.-L. Yang

Light-flavor EFT

• W. Wang

Parton Distribution Functions and Hadron Collider Phenomenology

• C.-P. Yuan

Neutrino Physics (1)

• S.-L. Chen

Dark Matter (1)

• Z.-W. Liu

Collider Physics

• Q.-H. Cao

Construction of sum rules on the Y.-M. Wang light cone

• Y.-M. Wang

Neutrino Physics (2)

• S.-L. Chen

Sudakov problem, resummation

• L.-L. Yang

Collider Physics (2)

• Q.-H. Cao

Electroweak Theory (2)

• H. Zhang

Neutrino Physics (3)

• S.-L. Chen

Dark Matter (2)

• Z.-W. Liu

Electroweak Theory (3)

• H. Zhang

Collider Physics (3)

• Q.-H. Cao

Dark Matter (3)

• Z.-W. Liu

TeV Physics (1)

• J. Shu

Electroweak Theory (4)

• H. Zhang

Neutrino Physics (4)

• S.-L. Chen

Dark Matter (4)

• Z.-W. Liu

TeV Physics (2)

• J. Shu