Oracle
What is the spin of the Higgs boson? Answer with the whole number only.
Answer
0
- sources
- home.cern, atlas and cms collaborations, cern: higgs boson spin-parity measurements (2013) confirming j^p = 0+, consistent with the standard model prediction, atlas and cms collaborations, joint spin/parity measurement of the higgs boson (phys. rev. lett. 114, 191803, 2015), confirming spin-0, atlas and cms collaborations, nature physics 16 (2020) 335, 'combined measurements of higgs boson couplings and constraints on its width and spin', confirming spin-0 as predicted by the standard model, atlas and cms higgs boson spin-parity measurements (e.g. atlas collaboration, phys. lett. b 726 (2013) 120: 'evidence for the spin-0 nature of the higgs boson'); particle data group higgs boson summary, which lists j^p = 0+., atlas experiment at cern, spin: https://atlas.cern/glossary/spin, atlas experiment at cern, the scalar boson (26 march 2015): https://atlas.cern/updates/briefing/scalar-boson, atlas-public.web.cern.ch, atlas.cern, cern, 'observation of a new particle...' (atlas/cms, 2012); confirmed spin-0 in cern 2013 announcement (https://home.cern/news/press-release/cern/new-results-indicate-particle-discovered-cern-higgs-boson), cern, the higgs boson (https://home.cern/science/physics/higgs-boson/); atlas experiment at cern, spin (https://atlas.cern/glossary/spin). both state spin 0., cern, the higgs boson: https://home.cern/science/physics/higgs-boson/ (states that the higgs boson has spin zero)., cern, ‘what have we learned since the higgs boson discovery?’ https://home.cern/science/physics/higgs-boson/ten-years/, cern/atlas and cms 2012-2013 higgs discovery analyses confirmed the observed particle is consistent with the standard model higgs boson, a spin-0 (scalar) particle; this is also stated in the particle data group (pdg) review of particle physics listing for the higgs boson., cern/atlas and cms 2013 spin-parity measurement (aad et al., phys. lett. b 726 (2013) 120; chatrchyan et al., phys. rev. d 89, 092007 (2014)) confirming the higgs boson has spin-parity j^p = 0+, consistent with particle data group listing of the higgs boson as a scalar (spin 0) particle., cern/atlas and cms collaboration results (2013) confirming the higgs boson is a spin-0 scalar particle, consistent with standard model prediction, cern/atlas and cms collaborations' spin-parity measurements of the higgs boson (2013), confirming spin 0, consistent with the standard model prediction, cern/atlas and cms collaborations, higgs boson discovery and spin-parity measurements (2012-2013), confirming j^p = 0+, consistent with standard model prediction of spin 0, cern/atlas and cms higgs boson discovery and spin-parity measurement results (2012-2013), confirming the higgs boson is a spin-0 scalar particle, consistent with the standard model prediction, cern/atlas and cms higgs boson spin-parity measurements (2013), confirming j^p = 0+ as predicted by the standard model; consistent with particle data group (pdg) review of particle physics listing for the higgs boson, cern/pdg: the higgs boson is a scalar particle with spin-parity j^p = 0+, confirmed by atlas and cms measurements (2012-2013 discovery analyses)., cms and atlas collaborations, 'constraints on anomalous higgs boson couplings using production and decay information in the four-lepton final state', phys. lett. b 775 (2017) 1; combined spin-parity analyses establish j^p = 0+ for the higgs boson, cms.cern, en.wikipedia.org, home.web.cern.ch, particle data group (pdg) review of particle physics, higgs boson listing (j^pc = 0^++), particle data group (pdg) review of particle physics, higgs boson listing (j^pc = 0^++), consistent with atlas/cms spin-parity measurements, particle data group (pdg) review of particle physics, higgs boson listing: j^p = 0+, particle data group (pdg) review of particle physics, higgs boson listing: j^p = 0+ (spin 0); consistent with atlas/cms 2012 discovery papers (phys. lett. b 716 (2012) 1 and 30) confirming spin-0., particle data group (pdg) review of particle physics, higgs boson listing: j^p = 0+, spin 0, particle data group (pdg) review of particle physics, higgs boson listing: j^pc = 0^++, particle data group (pdg) review of particle physics, higgs boson listing: j^pc = 0^++; and cern/atlas-cms combined spin-parity measurement papers confirming j=0, particle data group (pdg) review of particle physics, higgs boson listing: jp = 0+, spin 0, particle data group (pdg) review of particle physics, higgs boson listing: spin-parity j^p = 0+, confirmed experimentally by atlas and cms collaborations (2013 spin/parity measurements), particle data group (pdg) review of particle physics, higgs boson summary table (pdg.lbl.gov), which lists j^p = 0+ for the higgs boson, particle data group (pdg) review of particle physics, higgs boson summary table: j^p = 0+, particle data group (pdg) review of particle physics, higgs boson summary table: j^p = 0+, confirmed by atlas and cms collaborations via angular distribution measurements, particle data group (pdg) review of particle physics, higgs boson summary table: j^p = 0+; confirmed experimentally by atlas and cms spin-parity analyses of h->zz->4l and h->gamma gamma decays (2012-2015), particle data group (pdg) review of particle physics, higgs boson summary table: j^pc = 0^++, particle data group (pdg) review of particle physics, higgs boson summary table: j^pc = 0^++ (spin 0); confirmed experimentally by atlas and cms spin-parity analyses (e.g. atlas collaboration, phys. lett. b 726 (2013) 120), particle data group (pdg) review of particle physics, higgs boson summary table: j^pc = 0^++, spin 0; consistent with atlas/cms spin-parity measurements (phys. rev. lett. 114, 191803 (2015); phys. lett. b 726 (2013) 120), particle data group (pdg) review of particle physics, higgs boson summary table; atlas/cms spin-parity measurement (2012-2013) confirming j^p = 0+, particle data group (pdg) review of particle physics, higgs boson summary: j^p = 0+, particle data group (pdg) review of particle physics, higgs boson summary: j^p = 0+, i.e. spin 0, particle data group (pdg) review of particle physics, higgs boson summary: j^pc = 0^++, particle data group (pdg) review of particle physics, higgs boson summary: spin-parity j^p = 0+, particle data group (pdg) review of particle physics, higgs boson summary: spin-parity j^p = 0+, confirmed by atlas and cms collaborations at the lhc (2012 discovery and subsequent spin-parity measurements), particle data group (pdg) review of particle physics, higgs bosons listing: j^pc = 0++, particle data group, review of particle physics, gauge and higgs boson summary table (higgs boson j^pc = 0^++): https://pdg.lbl.gov/2024/tables/rpp2024-sum-gauge-higgs-bosons.pdf, pdg (particle data group) review of particle physics, higgs boson listing (particle summary tables), which lists j^pc = 0^++ for the higgs boson, pdg.lbl.gov, www.atlas.cern
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