Emendatio ex 13:41, 31 Iulii 2021 recensere IacobusAmor (disputatio \| conlationes) 105 204 edits m →‎Bibliographia: Typo (10K) ← Differentia superior		Emendatio ex 16:34, 31 Iulii 2021 recensere abrogare IacobusAmor (disputatio \| conlationes) 105 204 edits m Typo (10K) Differentia proxima →
Linea 31: [[Fasciculus:Murray Gell-Mann at Lection.JPG\|thumb\|upright=0.8\|[[Murray Gell-Mann]]]] [[Fasciculus:George Zweig.jpg\|thumb\|upright=0.8\|[[Georgius Zweig]].]] '''Quarcum mirum''',{{dubsig}} vel '''quarcum s''',<ref>[[Signum]] ''s,'' [[Anglice\|Anglicum]] ''strange'' [[significatio (linguistica)\|significans]].</ref> omnium [[quarcum\|~~quarciorum~~quarcorum]] est tertium e levissimo, [[genus\|quasi]] [[particula elementaris]], et magna [[materies\|materiei]] pars. Quarca mira in [[particula subatomica\|particulis subatomicis]] [[hadron]]a appellatis inveniuntur. Inter hadrona quae quarca mira continent sunt [[kaon]]a ({{SubatomicParticle\|Kaon}}){{dubsig}}, [[meson D mirum\|mesona D mira]] ({{SubatomicParticle\|Strange D}}){{dubsig}}, [[baryon sigma\|baryona sigma]] ({{SubatomicParticle\|Sigma}}){{dubsig}}, aliisque [[particula mira\|particulis miris]]. Quarcum mirum, cum [[quarcum lepor\|quarco lepore]], est pars secundae [[materies\|materiei]] [[aetas (physica)\|aetatis]], atque [[onus electricum]] −{{sfrac\|1\|3}} [[elementary charge\|''e'']]{{dubsig}} et [[massa nuda\|massam nudam]] {{val\|95\|+9\|-3\|ul=MeV/c2}}.{{dubsig}} habet.<ref>Tanabashi et al. 2018.</ref>

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