Particle Physics: A Very Short Introduction

Citation

Close, F. (2023). Particle Physics: A Very Short Introduction (2nd ed.). Oxford University Press.

Chapter Summary

The second edition has ten chapters, further reading, a glossary and an index, and runs to 176 pages in the paperback listed by the publisher. The publisher describes it as a major revision after the discovery of the Higgs boson, taking the reader on a journey into the atom to examine quarks, electrons and neutrinos, explaining the role of the Higgs boson, and showing how discoveries in particle physics have actually been made. The descriptions below stay within what the chapter titles and the publisher's description support.

Chapters 1–2: Journey to the Centre of the Universe; How Big and Small Are Big and Small?

The opening chapters set the scene by moving inward through the structure of matter and by establishing the scales of size involved. The title of Chapter 2 signals attention to the sizes and distances at which the subject operates.

Chapters 3–4: How We Learn What Things Are Made of, and What We Found; The Heart of the Matter

Chapter 3 combines method and result: how physicists find out what matter consists of, and what they found. Chapter 4 concerns the inner structure of matter. According to the publisher, the particles examined include quarks, electrons and the neutrino.

Chapters 5–6: Accelerators: Cosmic and Manmade; Detectors: Cameras and Time Machines

These two chapters cover the experimental side the publisher emphasises: the machines, natural and built, that provide high-energy particles, and the detectors that record what happens.

Chapter 7: The Forces of Nature

A chapter on the fundamental forces that act between particles.

Chapters 8–9: Exotic Matter (and Antimatter); Where Has Matter Come From?

The titles show a turn to exotic matter and antimatter and then to the origin of matter. The publisher mentions the mystery of antimatter among the book's closing themes.

Chapter 10: Questions for the 21st Century

The last chapter looks ahead. The publisher says it concerns new ideas about antimatter and massive neutrinos and what the next 50 years of research might reveal about the Higgs field.

Key Concepts

Chapters 1–6: Matter, scale and method

• Quarks, electrons and neutrinos: the particles named by the publisher as the book's examples.
• Accelerators: the subject of Chapter 5.
• Detectors: the subject of Chapter 6.

Chapters 7–10: Forces, antimatter and open questions

• Fundamental forces: Chapter 7.
• Antimatter: Chapter 8 and the publisher's description of the closing themes.
• Higgs boson and Higgs field: the revision's focus according to the publisher.

Critical Analysis

Strengths

• Short and structured. Ten chapters in a pocket-sized volume move from the structure of matter through the experimental methods to the forces and open questions, which makes the whole subject visible in one sitting or two.
• Experiment is part of the story. Two chapters are given to accelerators and detectors, and the publisher stresses insight into how discoveries have actually been made.
• Updated after the Higgs discovery. The second edition was revised, according to the publisher, to take account of the Higgs boson and of the questions it leaves open.
• No mathematics required. The series presents itself as a quick way into a new subject, and the publisher describes the book as a compelling and lively one-volume introduction.

Limitations

• Very limited depth by design. At 176 pages and with no equations assumed, the book names particles and forces without developing the calculations; readers who want to compute anything need a textbook.
• Little independent assessment. No journal review of the second edition was found, so the judgments here rest on the contents and the publisher's description rather than on outside evaluation.
• Edition dates vary. Publisher listings give 2023 for the UK edition and a later date for an Indian print of the same ISBN, so check the printing in hand.

Where It Fits in the Course

This is the most accessible book on the nuclear and particle physics list and the natural first read. Dodd and Gripaios's The Ideas of Particle Physics is a longer conceptual survey that follows the same story with more detail and a chronological structure, and its preface states that it contains no derivations. Griffiths's Introduction to Elementary Particles and Martin and Shaw's Nuclear and Particle Physics are undergraduate textbooks that bring calculation; Martin and Shaw assumes introductory quantum mechanics and special relativity.

Krane's Introductory Nuclear Physics concerns nuclear properties, decay and reactions, which Close touches on mainly through the structure of matter. Close's own listing names a companion volume on nuclear physics in the same series.

How to Use This Book

The page metadata lists no prerequisites beyond school science and no mathematics. The book suits readers who want an orientation before a textbook, students deciding whether to specialise, and anyone who wants the Higgs discovery put in context.

A practical plan:

• Read straight through. The ten chapters build on each other, and the book is short enough to finish in a few sittings.
• Use the back matter. The glossary helps with terminology, and the further reading section points to the next books.
• Take notes on the open questions. Chapter 10 identifies the topics (antimatter, neutrino mass, the Higgs field) that later textbooks treat in depth.
• Move on. Follow it with Dodd and Gripaios for the longer story, or with a calculational text once the mathematics is in place.