Lecture 1: General introduction to EFT

• Adam Falkowski (LPT Orsay)

Lecture 2: General Introduction to EFT part II

• Adam Falkowski (LPT Orsay)

Lecture 3: Running and matching in EFT

• Adam Falkowski (LPT Orsay)

Lecture 4: Introduction to SMEFT

• Adam Falkowski (LPT Orsay)

Lecture 5: General introduction to the a) role of B-physics in SM-CKM determination b) structure of Delta B = 1, 2 EFTs

• Christoph Bobeth (TU Munich, IAS)

Lecture 6: Inclusive decays with heavy-quark expansion, application to B-> X_c lv and B-> X_d,s (gamma, ll)

• Christoph Bobeth (TU Munich, IAS)

Lecture 7: Leptonic & mainly semileptonic exclusive decays -> FFs and HQET constraints

• Christoph Bobeth (TU Munich, IAS)

Lecture 8: Current B-anomalies (b-> c tau v and b-> s ll) in EFTs

• Christoph Bobeth (TU Munich, IAS)