Bósónì: Ìyàtọ̀ láàrin àwọn àtúnyẹ̀wò

}}</ref><ref>{{cite web|url=http://www.bbc.co.uk/news/magazine-18708741|title=BBC News - Higgs boson: The poetry of subatomic particles|date=4 July 2012|work=[[BBC Online]]|accessdate=6 July 2012}}</ref> Ninu awon Bosoni ni [[Higgs boson|bosoni Higgs]] (s=0), awon [[meson|mesoni]] (s=0,1), [[graviton|grafitoni]] aladalaba (s=2), iyewu adurosinsin even [[mass number|nomba akojo]] adogbadidogba (f.a., [[deuterium]], [[helium-4]], [[lead-208]])<ref group = "NoteAkiyesi">Even-mass-number nuclides, which comprise 152/255 = ~ 60% of all stable nuclides, are [[boson]]s, i.e. they have integer[[Spin (physics)|spin]]. Almost all (148 of the 152) are even-proton, even-neutron (EE) nuclides, which necessarily have spin 0 because of pairing. The remainder of the stable bosonic nuclides are 5 odd-proton, odd-neutron stable nuclides (see [[isotope]] under "odd proton-odd proton nuclei"); these odd-odd bosons are: {{Nuclide2|Hydrogen|2|link=yes}}, {{Nuclide2|Lithium|6|link=yes}},{{Nuclide2|Boron|10|link=yes}}, {{Nuclide2|Nitrogen|14|link=yes}} and [[Tantalum-180m|{{Nuclide2|Tantalum|180|m}}]]). All have nonzero integer spin.</ref> and theati particlesawon requiredaruku to embodypondandan thelati fieldsse ofpapa [[quantum field theory|arojinle papa oniyebintin]] likebi awon [[photon|fotoni]]s, awon [[gluon|gluoni]]s, etcat.b.b.lo. BosonsAwon differbosoni significantlyyato fromgidigidi asi groupawon ofeka subatomiceruku particlesinu knownatomu asti a mo si [[fermionsfermion|fermioni]] innibi thatpe thereko issi noopin limitsi iye to thele numberwa that can occupy the sameni [[quantum state|aye oniyebintin]] kanna. ThisIwa behaviour gives riseyi, forfun exampleapere, tolo theunfa remarkableini properties ofpataki helium-4 whennigba itto isba cooledje totitutu become ade [[superfluid]].<ref>{{cite web

==PropertiesAwon ofini bosonsbosoni==

{{Reflist|group=NoteAkiyesi}}