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klein–gordon

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5 - FromWave Functions to Quantum Fields
Pascal Paganini, École Polytechnique, Paris
Book:

Fundamentals of Particle Physics

Published online:

31 August 2023

Print publication:

14 September 2023, pp 117-166
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Summary

The purpose of this chapter is to clearly define the mathematical objects that describe particles of various kinds: bosons (spin-0 and spin-1) or spin-1/2 fermions. Starting from the Schrödinger equation, the Klein–Gordon equation, the Dirac equation and the Maxwell equations are detailed, leading to the description of the associated quantised field – a well-adapted framework to treat states composed of many particles that can be created or annihilated when they interact. The notion of 4-current is introduced, and the quantisation of the various fields is presented. With the Dirac equation, the spinor’s properties are described extensively. The interpretation of the solutions of the Dirac equation in terms of antiparticles and spin or helicity degrees of freedom is then detailed. Helicity and chirality are also treated carefully. Finally, the Maxwell field and the Proca field are described, highlighting their specificities in terms of polarisation degrees of freedom.

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5 - FromWave Functions to Quantum Fields

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5 - FromWave Functions to Quantum Fields

Summary