Flip Tanedo (along with some of his colleagues) from the US/LHC team has posted an excellent series of tutorials on the Standard Model at the Quantum Diaries blog. Non-mathematical in nature, this series of blog entries systematically delves into some of the deepest mysteries of theoretical physics in an exceptionally accessible manner.
[Note: At some point, the content of the Quantum Diaries blog was moved to a different server. It seems that not all embedded graphics survived this transition. I have, however, updated the links to point to the new location.]
At the core of these tutorials is a series about understanding the Standard Model via Feynman diagrams:
- Let’s draw Feynman diagrams!
- More Feynman Diagrams
- QED + μ: introducing the muon
- The Z boson and resonances
- Neutrinos
- The W boson: mixing things up
- Meet the quarks
- World of Glue
- QCD and Confinement
- “Known knowns” of the Standard Model
- When Feynman Diagrams Fail
- An Idiosyncratic Introduction to the Higgs
- A diagrammatic hint of masses from the Higgs
- Higgs and the vacuum: Viva la “vev”
- Helicity, Chirality, Mass, and the Higgs (Luboš Motl has a blog entry that goes into considerable depth on this topic here)
- The Birds and the Bs
- The spin of gauge bosons: vector particles
- Who ate the Higgs?
- Why do we expect a Higgs boson? Part I: Electroweak Symmetry Breaking
- Dispatches from the intensity frontier: Muon (g-2)
- Why do we expect a Higgs boson? Part II: Unitarization of Vector Boson Scattering
- Particle Paparazzi: the private lives of the Standard Model particles (summary)
- Dissecting the Penguin
- Particle Physics for Undergrads
There is also a short series on the importance of symmetry in physics:
And here are some links to a handful of miscellaneous yet fascinating posts which don’t fit into either of those series:
- The secret lives of particles
- The double slit experiment: summing over paths
- Mysteries of Mesons: The Eightfold Way
- Scattering Amplitudes and beyond
- The EPR paradox and B-mesons
- Hierarchy problems and why electrons don’t have infinite mass
- c=1 (and how to count calories)
- E = mc^2
- My research [Part 2] — effective theories
- Effective Theories: Dancing with the Quarks
- Solar neutrinos, astronaut ice cream, and flavor physics
- CERN mug summarizes Standard Model, but is off by a factor of 2
- Neutrinos: The Great Asterisk of the Standard Model by Richard Ruiz
- Paper vs. Protons (Pt. 1) by Richard Ruiz
- Paper vs. Protons (Pt. 2) by Richard Ruiz
- What exactly is CP violation? by Anna Phan
But wait! Flip isn’t the only working physicist out there with excellent tutorials. Here are some by Prof. Matt Strassler of Rutgers University:
- Cerenkov Radiation
- Most Particles Decay – But Why?
- Most Particles Decay – But Some Don’t!
- Multi-Lepton Events: A Good Place to Look for New Physics
- Neutrino Types and Neutrino Oscillations
- Velocity Differences of Neutrinos
- Apparent Unexpected Asymmetries in the Production of Quarks
- Particle Physics: Why do it? And why do it *that* way?
- The Hierarchy Problem
- The Known (Apparently-) Elementary Particles
- The Known Particles – If The Higgs Field Were Zero
- Virtual Particles: What are they?
- What’s a Hadron?
- What’s a Proton, Anyway?
- Fermions and Bosons
- GeV and TeV
- Invariant Mass
- What are anti-particles?
- The Higg’s FAQ 1.0
- Why The Hints of Higgs Currently Rest on Uncertain Ground
- Implications of Higgs Searches (as of 9/2011)
- ATLAS and CMS Summarize Their Higgs Searches
- Supersymmetry – What is it?
- How to Look for Supersymmetry at the LHC
- What do current LHC results (mid-August 2011) imply about supersymmetry?
- Seeking Photons/Zs and Something Undetectable
- Why All the Focus on Supersymmetry?
- Seeking New Particles with Long Lifetimes
- Current LHC Data and Supersymmetry; Is Supersymmetry in Trouble?
- When The Standard Assumptions About Supersymmetry are Relaxed
- Supersymmetry and Multi-Lepton Events
- Big Bang, Classic Confusions
- Worlds of 1 Spatial Dimension
- Dimensions of Physical Space
- Worlds of 2 Spatial Dimensions
- Particle/Anti-Particle Annihilation
- Mass and Energy
- Matter and Energy: A False Dichotomy
[Please note that I’ve been adding links to relevant articles as they have appeared, so don’t be terribly bewildered if you follow a link and find that it is to an article more recent than this post.]
Update: I have to include this series by grad student Andrew J. Bennieston entitled The Road to Quantum Field Theory!
Unfortunately, all the links lead to locked sites. Am I missing something? Can I purchase the valid material?
At some point, the content of the Quantum Diaries blog was moved to a different server. It seems that not all embedded graphics survived this transition. I have, however, updated the links to point to the new location.