Quarcum lepor

Roman numeral 10000 CC DD.svg
E Vicipaedia
Signum Nomen Onus Massa
Lat. Ang.
Primum genus
d deorsum down −1/3 ~ 5 MeV/c²
u sursum up +2/3 ~ 3 MeV/c²
Secundum genus
s mirum strange −1/3 95 ± 25 MeV/c²
c lepor charm +2/3 1,8 GeV/c²
Tertium genus
b imum bottom −1/3 4,5 GeV/c²
t summum top +2/3 171 GeV/c²
Murray Gell-Mann
Georgius Zweig.

Quarcum lepor,? vel quarcum c,[1] omnium quarcorum est tertium e maxime massvo, quasi particula elementaris, et magna materiei pars. Quarca lepor in hadrona appellatis inveniuntur, quae particulae subatomicae in quarcis consistentes sunt. Inter hadrona quae quarca mira continent sunt meson J/ψ, mesona D, baryona mirifica sigma, aliaeque particulae mirae.

Quarcum lepor, cum quarco miro, est pars secundae materiei aetatis, atque onus electricum +Formula:Sfrac e? et massam nudam 95+9
−3 MeV/c2.? habet.[2] Quarcum lepor, sicut omnia quarca, est fermion elementare cui est versus [[spin-1/2|Formula:Sfrac]],? et quod omnes quattuor vires fundamentales[3] patitur, quae sunt gravitatio, electromagnetismus, vires debiles, et vires fortes. Antiparticula quarci leporis est antiquarcum lepor,[4] quod ab eo differt solum quod nonnullae ex eius proprietatibus, sicut onus electricum, magnitudinem aequam sed signum oppositum exhibent.

Exsistentia quarci quarti a nonnullis auctoribus circa 1964 excogitabatur, exempli gratia a Iacobo Bjorken et Sheldon Lee Glashow[5]), sed a Sheldon Lee Glashow, Ioanne Iliopoulos, et Luciano Maiani anno 1970 certe praedicta est.[6] Glashow ipse sic dixit: "Nostrum constructum 'quarcum mirum' nominabamus, nam a symmetria quam in mundum subnuclearem ferebat fascinabamur et oblectabamur."[7][8] Prima particula fascinata (particula quarcum leporem continens) nota erat meson J/ψ, quam anno 1974 manus investigatorum invenerunt apud Sedem Acceleratoris Linearis Stanfordiensem in California, Burtono Richter duce,[9] atque adeo apud Laboratorium Nationale Brookhavenense in Novo Eboraco, Samuele Ting duce.[10]

J/Psi particula subatomica anno 1974 inventum (et ergo quarcum lepor inventum) multas coepit res gestas magni momenti, quae Res Novae Novembres una appellantur.

Hadrona quae quarca lepores continent[recensere | fontem recensere]

Nonnulla hadrona quarca lepores continent.

  • Mesona D quarcum leporem (aut eius antiparticulam) et quarcum sursum aut deorsum continent.
  • Mesona D mirus quarcum leporem et quarcum mirum continent.
  • Sunt multi status charmonia dicti, exempli gratia particulae J/Psi, quae in quarco lepore et eius antiparticula consistunt.
  • Baryona mira observata sunt, et nomina per analogiam cum baryonis miris ferunt, exempli gratia particula lambda+ miro.

Nexus interni

Notae[recensere | fontem recensere]

  1. ↑ Signum c, Anglicum charm significans.
  2. ↑ Tanabashi et al. 2018.
  3. ↑ Etiam interactiones fundamentales appellatae.
  4. ↑ Aliquando quarcum antilepor et antilepor tantum appellatum.
  5. ↑ B. J. Bjorken, S. L. Glashow; Glashow (1964). "Elementary particles and SU(4)". Physics Letters 11 (3): 255–57 
  6. ↑ S. L. Glashow, J. Iliopoulos, L. Maiani; Iliopoulos; Maiani (1970). "Weak Interactions with Lepton–Hadron Symmetry". Physical Review D 2 (7): 1285–92 
  7. ↑ Anglice "We called our construct the 'charmed quark', for we were fascinated and pleased by the symmetry it brought to the subnuclear world."
  8. ↑ M. Riordan (1987). The Hunting of the Quark: A True Story of Modern Physics. Simon & Schuster. p. 210. ISBN 978-0-671-50466-3 
  9. ↑ J.-E. Augustin (1974). "Discovery of a Narrow Resonance in e+e− Annihilation". Physical Review Letters 33 (23): 1406 
  10. ↑ J. J. Aubert (1974). "Experimental Observation of a Heavy Particle J". Physical Review Letters 33 (23): 1404 

Bibliographia[recensere | fontem recensere]

  • Ali, A., et G. Kramer. 2011. "JETS and QCD: A historical review of the discovery of the quark and gluon jets and its impact on QCD." European Physical Journal H 36 (2): 245. doi:10.1140/epjh/e2011-10047-1. Bibcode 2011EPJH...36..245A. Arxiv 1012.2288. S2cid 54062126.
  • Gell-Mann, Murray. (1964) 2000. "The Eightfold Way: A theory of strong interaction symmetry." In The Eightfold Way, ed. Murray Gell-Mann et Yuval Ne'eman. Westview Press. ISBN 978-0-7382-0299-0. Primum impressus 1961: "The Eightfold Way: A theory of strong interaction symmetry". Synchrotron Laboratory Report CTSL-20. California Institute of Technology.
  • Johnson, G. 2000. Strange Beauty: Murray Gell-Mann and the Revolution in Twentieth-Century Physics. Novi Eboraci: Random House. ISBN 978-0-679-43764-2. Google Books.
  • Nave, R. "Quarks." In HyperPhysics. Department of Physics and stronomy, Georgia State University. Editio interretialis.
  • Nishijima, Kazuhiko. 1955. "Charge Independence Theory of V Particles." Progress of Theoretical Physics 13 (3): 285. doi:10.1143/PTP.13.285. Bibcode 1955PThPh..13..285N.
  • Pickering, A. 1984. Constructing Quarks. Sicagi: University of Chicago Press. ISBN 978-0-226-66799-7.
  • Tanabashi, M., et al. (Particle Data Group). 2018. "Review of Particle Physics." Physical Review D 98 (3): 1–708. doi:10.1103/PhysRevD.98.030001. Bibcode 2018PhRvD..98c0001T. PMID 10020536. Editio interretialis.
Particulae elementariae
Fermiones:

Quarcia · Leptones

Leptones:

Electrones · Myones · Tauones · Neutrina

Bosones gauge:

Photones · Gluones · bosona W+, W- et Z0 · boson Higgsianum

Hypotheticae:

Graviton · Tachyon

Particulae compositae:
Hadrones:

Baryones · Mesones

Baryones:

Protones · Neutrones · Hyperones

Mesones:

Piones · Kaones

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