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- Tetron_Model abstract "The Tetron Model was developed by Bodo Lampe in an attempt to reduce the 24 observed quark and lepton flavors and their interactions to a simple structure based on the permutation group S4, according to whose representations the quarks and leptons and also the vector bosons of the standard model can be ordered (see figure).A possible explanation of this ordering scheme is that the space of inner symmetries is not continuous, but has the form of a 3-dimensional lattice with tetrahedral symmetry (which is in fact isomorphic to the permutation group S4). The observed particles can be interpreted as excitations on this lattice and can be characterized by representations of this group.".
- Tetron_Model thumbnail Tetmodsehr.jpg?width=300.
- Tetron_Model wikiPageID "30760180".
- Tetron_Model wikiPageRevisionID "598861350".
- Tetron_Model hasPhotoCollection Tetron_Model.
- Tetron_Model subject Category:Fermions.
- Tetron_Model subject Category:Particle_physics.
- Tetron_Model subject Category:Quantum_Lattice_models.
- Tetron_Model subject Category:Standard_Model.
- Tetron_Model subject Category:Supersymmetry.
- Tetron_Model type Assistant109815790.
- Tetron_Model type CausalAgent100007347.
- Tetron_Model type LivingThing100004258.
- Tetron_Model type Model110324560.
- Tetron_Model type Object100002684.
- Tetron_Model type Organism100004475.
- Tetron_Model type Person100007846.
- Tetron_Model type PhysicalEntity100001930.
- Tetron_Model type QuantumLatticeModels.
- Tetron_Model type Whole100003553.
- Tetron_Model type Worker109632518.
- Tetron_Model type YagoLegalActor.
- Tetron_Model type YagoLegalActorGeo.
- Tetron_Model comment "The Tetron Model was developed by Bodo Lampe in an attempt to reduce the 24 observed quark and lepton flavors and their interactions to a simple structure based on the permutation group S4, according to whose representations the quarks and leptons and also the vector bosons of the standard model can be ordered (see figure).A possible explanation of this ordering scheme is that the space of inner symmetries is not continuous, but has the form of a 3-dimensional lattice with tetrahedral symmetry (which is in fact isomorphic to the permutation group S4). ".
- Tetron_Model label "Tetron Model".
- Tetron_Model label "Tetronmodell".
- Tetron_Model sameAs Tetronmodell.
- Tetron_Model sameAs m.0gffd18.
- Tetron_Model sameAs Q1546278.
- Tetron_Model sameAs Q1546278.
- Tetron_Model sameAs Tetron_Model.
- Tetron_Model wasDerivedFrom Tetron_Model?oldid=598861350.
- Tetron_Model depiction Tetmodsehr.jpg.
- Tetron_Model isPrimaryTopicOf Tetron_Model.
