Particle Physics: an Introduction

The University of Geneva surveys particle and nuclear physics through both concepts and experimental methods. The syllabus moves from matter and measurement to accelerators, detectors and electromagnetic, strong and electroweak interactions. Later modules discuss new phenomena, dark matter and dark energy, connecting theoretical questions with how physicists gather evidence.

What you will learn

• Distinguish particles, nuclei and fundamental interactions.
• Explain the purpose of an accelerator or detector.
• Connect a particle-physics claim with experimental evidence.

Who this suits

The provider lists mixed levels and a substantial workload. A foundation in general physics helps when the course moves from qualitative introductions to technical ideas.

Before you enroll

Frontier physics changes as new measurements arrive. Treat the course as a foundation and consult current research sources before repeating a claim about the latest discovery.

Coursera lists paid enrollment or subscription access. Check the enrollment screen for included assessments, certificate terms, trials and any financial-aid options. University authorship does not by itself confer admission, academic credit or a professional license.

Put it into practice

Choose one detector measurement and explain what is directly observed, what is reconstructed and which assumptions connect that reconstruction with a claim about particles.

Source and review

This overview is based on the provider's published information, checked on 12 October 2026. It is an editorial assessment, not a claim that we completed the resource. Time filters are approximate study ranges; projects and exercises can take longer.

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