Editing 2873: Supersymmetry
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Added within the {{w|standard model}} are the "{{w|antiparticle}}s" that are oppositely charged (or built up of more fundamental antiparticles), and further issues have required extending this further through theories of supersymmetry which further adds counterparts that have alternate '{{w|Spin (physics)|spin}}'s. | Added within the {{w|standard model}} are the "{{w|antiparticle}}s" that are oppositely charged (or built up of more fundamental antiparticles), and further issues have required extending this further through theories of supersymmetry which further adds counterparts that have alternate '{{w|Spin (physics)|spin}}'s. | ||
− | The right-handed Daisy (Electron Neutrino) means that Daisy’s direction of spin (in subatomic terms, a measurement which does not now match that | + | The right-handed Daisy (Electron Neutrino) means that Daisy’s direction of spin (in subatomic terms, a measurement which does not now match that if angular momentum in classical physics) is the same as the direction of motion. A left-handed Daisy (Electron Neutrino) would have the opposite. |
Certain current understandings of the process require that the electron neutrino be an ''anti''neutrino, but antineutrinos have not so far been sufficiently confirmed to exist, with some theorising that a neutrino can be its own anti-particle (unlike the neutral neutron, composed of charged quarks, which has the similarly neutral antineutron, composed of oppositely charged antiquarks). | Certain current understandings of the process require that the electron neutrino be an ''anti''neutrino, but antineutrinos have not so far been sufficiently confirmed to exist, with some theorising that a neutrino can be its own anti-particle (unlike the neutral neutron, composed of charged quarks, which has the similarly neutral antineutron, composed of oppositely charged antiquarks). |