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Standard Model

The Standard Model of particle physics is the theory describing three of the four known fundamental forces (electromagnetic, weak and strong interactions – excluding gravity) in the universe and classifying all known elementary particles. It was developed in stages throughout the latter half of the 20th century, through the work of many scientists…

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Overview

Historical background

Particle content

Theoretical aspects

Fundamental interactions

Challenges

Introductory textbooks

Advanced textbooks

Journal articles

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Standard Model

Nodes216
Edges215
Triples220
Avg. degree1.99
Density0.009259
Components1

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Standard Model

Top relations

related to Advanced textbooks · 37
Standard Model → Andrzej, Barnes, Beyond, Bibcode, Buras, Cambridge, Cambridge University, Cambridge University Press, Cheng, CRC Press, David, Donoghue, Dynamics, Expedition, Francis, Gauge, Gauge Theory, Golowich, Group Theory, Highlights
related to Journal articles · 30
Standard Model → Abers, An Introduction, Baak, Basic Constituents, Bibcode, Discovery, Gauge, Hayato, Interactions, Large Water Cherenkov Detector, Lee, LHC, Matter, New Boson, Novaes, Nuclear Physics, Physical Review Letters, Physics Reports, PhysRevLett, Proceedings Supplements
related to Further reading · 25
Standard Model → All, Almost Everything, Bibcode, Forces, Frederik, Gerfried, IOP Publishing, ISBN, Julia, Let's, Modern Physics, Oerter, Particles, Physics Education, Plume, Quanta MagazineA New Map, Quanta MagazineWoithe, Robert, Symmetry MagazineA Video Tour, The Standard Model
related to Introductory textbooks · 22
Standard Model → An Introduction, Cambridge University Press, Cottingham, CRC Press, Dodd, Elementary Particles, Gauge Theory, Greenwood, Greiner, Griffiths, Gripaios, Introduction, ISBN, John Wiley, Müller, Particle Physics, Robert Mann, Scientists, Sons, Springer
see also · 20
Standard Model → Alternatives, Color, CP, Electroweak, Fermi's, Higgs, Introduction, Mathematical, Mills, Model, Neutrino, Open, Physics, QCD, Quantum, Quark, Standard Higgs ModelLagrangian, Standard ModelElectron, Weak, Yang
related to Fermions · 14
Standard Model → As, Each, Fermions, Hadrons, Neutrinos, On, Pauli, Quarks, Specifically, The, The Standard Model, There, Thus, Within
related to Challenges · 9
Standard Model → Does, Mills, S-matrix, Self-consistency, What, Where, While, Why, Yang
related to Construction of the Standard Model Lagrangian · 9
Standard Model → Each, It, Lagrangian, Poincaré, Roughly, SU, Technically, The, Upon
related to Higgs boson · 9
Standard Model → As, Elementary-particle, Goldstone's, Hence, Higgs, In, It, Peter Higgs, The Higgs
related to Gauge bosons · 8
Standard Model → As, At, However, Pauli, The, The Feynman, The Standard Model, These

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Important terminology

model standard theory particles particle gauge boson quarks higgs field interactions bosons weak displaystyle physics masses interaction electroweak matter quantum

Entity relationships Subject–Predicate–Object triples

SubjectPredicateObjectConfidenceSrc
Standard Modelis aparadigm of a quantum field theory for theorists0.90text
Standard Modelrelated to Advanced textbooksTong0.60section
Standard Modelrelated to Advanced textbooksDavid0.60section
Standard Modelrelated to Advanced textbooksThe Standard Model0.60section
Standard Modelrelated to Advanced textbooksUniversity0.60section
Standard Modelrelated to Advanced textbooksCambridge0.60section
Standard Modelrelated to Advanced textbooksBuras0.60section
Standard Modelrelated to Advanced textbooksAndrzej0.60section
Standard Modelrelated to Advanced textbooksGauge Theory0.60section
Standard Modelrelated to Advanced textbooksWeak Decays0.60section
Standard Modelrelated to Advanced textbooksExpedition0.60section
Standard Modelrelated to Advanced textbooksNew Physics Summits0.60section

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