Physics 13: Particle and Nuclear Physics

The Standard Model, nuclei and how particles are detected.

The Standard Model, nuclei and how particles are detected. Free courses and textbooks, a self-check for every unit, and real work confirmed by people. An elective of the Varsity Curriculum: Physics.

Part of: Physics · Proves for: UG

0 required outcomes14 weeksCredential on completion

Path outcomes

How this is verified: 2 are checked automatically, then confirmed by one person.

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Physics 13: Particle and Nuclear Physics

Elective: Particle and Nuclear Physics.

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2 milestones

1Particles, forces and nuclei
2Measure the Z boson mass from CMS data

Resources for this path

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MIT 8.701 Introduction to Nuclear and Particle Physics (Fall 2020) ↗Course

Free MIT course with lecture videos by Markus Klute.

CERN Open Data: Z to two muons from 2011 (CMS) ↗Course

Free real collision events for a Z boson mass analysis.

CERN Open Data: Run2011A derived datasets (CMS) ↗Course

Free dimuon and dielectron events from real collisions.

NPTEL: Nuclear Physics and Particle Physics Through Experiments ↗Course

Free lecture videos. NPTEL's proctored exam and certificate are optional and cost money; you never need them here.

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Physics 13: Particle and Nuclear Physics

The Standard Model, nuclei and how particles are detected.

The Standard Model, nuclei and how particles are detected. Free courses and textbooks, a self-check for every unit, and real work confirmed by people. An elective of the Varsity Curriculum: Physics.

Part of: Physics · Proves for: UG

0 required outcomes14 weeksCredential on completion