quantum fields

Fundamental physical substrates

Quantum fields are the fundamental entities in modern physics from which particles emerge.

Rather than treating particles as tiny objects moving through space, quantum field theory describes reality as fields pervading all of spacetime—the electromagnetic field, the electron field, the quark field.

What we observe as particles are excitations or vibrations in these underlying fields: The Higgs field gives other particles their mass.

The framework unifies quantum mechanics with special relativity and underlies the Standard Model of particle physics.

quantization

wavefunction

Quantum state's mathematical representation

uncertainty principle · superposition · entanglement · coherence · decoherence

particles

photon

Electromagnetic radiation unit

  • gluonStrong force mediator
  • quarkFundamental matter particle
  • electronNegative subatomic particle

neutrino · boson · fermion · Higgs boson · W boson · graviton · positron · muon · antiparticle · lepton

theory

virtual particles

Transient intermediaries in interactions

vacuum

virtual particles

Transient intermediaries in interactions

cosmology

inflation

Sustained price level increase

Opposites
physical description framework

quantum fieldsclassical mechanics

Laws governing macroscopic motion

classical physics · Newtonian physics · corpuscular theory · general relativity

scale of physical description

quantum fieldseveryday objects

Ordinary things encountered routinely

ontological status

quantum fieldscorpuscles

Minute bodily particles

atomic particles · substance

Family

quantum, quanta, quantify, quantification, quantifiable, quantifier, quantitative, quantitatively, quantity

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