
The Dirac Equation
Relativistic Quantum Mechanics and AntimatterBy Aira AstralisLength1h 48m
About this audiobook
In 1928 Paul Dirac set out to reconcile quantum mechanics with relativity, and the equation he found demanded more than he asked: it forced the electron to spin, fixed its magnetism to the measured value, and predicted, in its negative-energy solutions, a mirror twin of every particle. Four years later the positron appeared in a cloud chamber, and the first predicted particle made the equation immortal. This book tells the whole story in plain prose: the Klein-Gordon failure, the derivation, the Dirac sea and the antimatter answer, quantum electrodynamics' twelve-digit precision, the equation in curved spacetime where black holes shine, its crystalline second career in graphene and topological materials, gold's color and the hospital's scanners, the monopole and Majorana questions, and the silent man in Bristol and Cambridge who held that mathematical beauty is the guide to truth.
Audiobook details
GenreEducation and Learning
Length1 hr 48 mins
Narrated byListen with 1,000+ voices
FormateBook with Audio
Publish dateOct 14, 2026
LanguageEnglish
Table of contents
1Title Page
2Introduction
3Chapter 1: The Discovery of the Dirac Equation
4Chapter 2: What the Equation Demanded: Spin and Magnetism
5Chapter 3: The Problem Before Dirac: The Klein-Gordon Equation
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6Chapter 4: The Negative-Energy Crisis
7Chapter 5: The Positron: Prediction Confirmed
8Chapter 6: The Equation's Algebra: Matrices, Spinors, and the Ghost of Clifford
9Chapter 7: Quantum Electrodynamics: The Equation Made Whole
10Chapter 8: The Dirac Field: Why the Sea Could Be Thrown Away
11Chapter 9: Probability and Position: The Limits of the Particle Idea
12Chapter 10: Symmetries: What the Equation Obeys
13Chapter 11: The Equation in the Laboratory: Instruments and Signatures
14Chapter 12: The Equation in Curved Spacetime: Black Holes and Hawking Radiation
15Chapter 13: Zitterbewegung: The Trembling of the Electron
16Chapter 14: The Equation and the Standard Model
17Chapter 15: Nonlinear and Extended: The Equation's Variants
18Chapter 16: The Equation on a Lattice: Computing the Unsolvable
19Chapter 17: Dirac in Matter: The Equation's Second Career
20Chapter 18: Chemistry's Debt: Gold, Mercury, and the Fast Electron
21Chapter 19: The Equation in the Early Universe: Why Matter Won
22Chapter 20: Antimatter Today: Traps, Factories, and the Cost of a Gram
23Chapter 21: The Monopole and the Majorana: The Equation's Siblings
24Chapter 22: The Life of Paul Dirac
25Chapter 23: Fun Facts and Trivia About the Dirac Equation
26Chapter 24: Conclusion: The Significance of the Dirac Equation
27Conclusion
28References: The Dirac Equation
29Glossary
30About the Author
31Series Info
32Copyright