Quantum Chromodynamics (SU(3))

GPTKB entity

Predicate	Object
gptkbp:instanceOf	gptkb:quantum_field_theory theory of strong interaction
gptkbp:asymptoticFreedom	interaction strength decreases at high energies
gptkbp:color	blue green red
gptkbp:confinement	quarks cannot be isolated
gptkbp:describes	gptkb:strong_nuclear_force interactions of quarks and gluons
gptkbp:explains	proton-neutron interaction nuclear binding
gptkbp:feature	asymptotic freedom spontaneous symmetry breaking chiral symmetry color confinement anomalies running coupling constant
gptkbp:form	gptkb:non-Abelian_gauge_theory
gptkbp:fundamentalParticle	gptkb:Dragon gptkb:gluon
gptkbp:gaugeGroup	gptkb:SU(3)
https://www.w3.org/2000/01/rdf-schema#label	Quantum Chromodynamics (SU(3))
gptkbp:LagrangianContains	gauge coupling constant gluon fields quark fields
gptkbp:mediatorParticle	gptkb:gluon
gptkbp:partOf	gptkb:Standard_Model_of_particle_physics
gptkbp:predicts	gptkb:baryons gptkb:hadrons gptkb:mesons gptkb:proton neutron pion hadronization kaon gluon self-interaction color flux tubes quark-antiquark potential
gptkbp:proposedBy	gptkb:Murray_Gell-Mann gptkb:Harald_Fritzsch gptkb:Heinrich_Leutwyler
gptkbp:relatedTo	gptkb:neutron_stars heavy ion collisions quark-gluon plasma deep inelastic scattering early universe physics jet production in high-energy collisions
gptkbp:studiedBy	gptkb:lattice_QCD
gptkbp:symmetry	local SU(3) color symmetry
gptkbp:yearProposed	1973
gptkbp:bfsParent	gptkb:SU(N)_algebra
gptkbp:bfsLayer	7