This page covers the material for NS-TP463M. All material may be used freely, but please credit this source. Many thanks to Claire Moran for typesetting most of the problem sets.
The lectures follow a set of reading material, notes and problems sets as outlined in the notes.
The lecture plan is as follows:
1 QFT and scattering (problems)
2 Gauge invariance and the QCD Lagrangian (problems)
3 Deep Inelastic Scattering (problems)
4 Distributions and a step towards DGLAP (problems)
5 Initial State and Final State Parton showers (problems)
6 QCD splitting function and DGLAP revisited (problems)
7 Hadronisation, non-perturbative QCD and defining jets (problems)
8 Many body QCD and the quark-gluon plasma (problems)
9 Summary
There are two hand-in exercises for grading:
Week 3: The Drell-Yan process (problems, solutions)
Week 6: Making a simple parton shower (problems, solutions)
The practice exam can be found here, with solutions.
The final exam can be found here.
This page covers the material for NS-374B (Observational and Theoretical Cosmology). All material may be used freely, but please credit this source.
The lectures follow the book by Barbara Ryden: Introduction to Cosmology and was partly inspired by the OpencourseWare by Alan Guth.
The lecture plan is as follows:
1 Introduction and Hubble's law
2 The FLRW metric and measuring H0
3 Space-time curvature, Einstein and Friedmann's equations
4 Model universes: (dark) matter, radiation, curvature and a cosmological constant
5 Dark Matter
6 The Cosmic Microwave Background
7 Nucleosynthesis
8 A bit of Inflation and Large Scale Structure
9 Forming clusters, galaxies and stars
Slides can be found here: Slides.pptx, together with some (very) basic lecture notes
Problem sets of the tutorials are here (each consisting of 4+2+4 hours of classes):
Week 1: Introduction and Fundamental Observations (problems, solutions)
Week 2: FLRW metric and Friedmann equations (problems)
Week 3: Model universes and dark matter (problems, solutions)
Week 4: CMB and Big Bang Nucleosynthesis (problems, solutions)
Week 5: Inflation and Large Scale Structure (problems)
There are two hand-in exercises for grading:
Week 2: Einstein Equations (problems, solutions)
Week 6: The WIMP miracle (problems, solutions)