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Tē 1 chōa: {{Infobox particle \|name=Neutrino/Antineutrino \|~~discovered~~hoat-hiān={{plainlist\| * {{math\|{{SubatomicParticle\|Electron neutrino}}}}: [[Clyde Cowan]], [[Frederick Reines]] (1956) * {{math\|{{SubatomicParticle\|Muon neutrino}}}}: [[Leon Lederman]], [[Melvin Schwartz]] and [[Jack Steinberger]] (1962) * {{math\|{{SubatomicParticle\|Tau neutrino}}}}: [[DONUT\|DONUT collaboration]] (2000) }}\|weak_hypercharge={{nowrap\|[[Chirality (physics)\|LH]]: −1, [[Chirality (physics)\|RH]]: 0}}\|weak_isospin={{nowrap\|[[Chirality (physics)\|LH]]: +{{sfrac\|1\|2}}, [[Chirality (physics)\|RH]]: 0}} \|X_charge=−3 \|spin={{sfrac\|1\|2}} \|~~color_charge~~sek-hō= \|~~electric_charge~~tiān-hō=0 [[~~elementary~~ki-pún ~~charge~~tiān-hō-liōng\|''e'']] \|decay_particle= \|decay_time= \|~~mass~~chit-liōng=<0.120{{nbsp}}eV (<2.14{{nnbsp}}×{{nnbsp}}10<sup>−37</sup>{{nbsp}}kg), 95% confidence level, sum of 3 flavors<ref name="Mertens"> {{cite journal \|arxiv=1605.01579 第13行 ⟶ 第22行： \|first1=Susanne \|last1=Mertens \|s2cid=56355240 }}</ref> ~~}}</ref>~~\|~~symbol~~kì-hō={{math\|{{SubatomicParticle\|Electron neutrino}}}}, {{math\|{{SubatomicParticle\|Muon neutrino}}}}, {{math\|{{SubatomicParticle\|Tau neutrino}}}}, {{math\|{{SubatomicParticle\|Electron antineutrino}}}}, {{math\|{{SubatomicParticle\|Muon antineutrino}}}}, {{math\|{{SubatomicParticle\|Tau antineutrino}}}}~~\|theorized={{plainlist\|~~ \|lí-lūn={{plainlist\| * {{math\|{{SubatomicParticle\|Electron neutrino}}}}, electron neutrino: [[Wolfgang Pauli]] (1930) * {{math\|{{SubatomicParticle\|Muon neutrino}}}}, muon neutrino: late 1940s * {{math\|{{SubatomicParticle\|Tau neutrino}}}}, tau neutrino: mid-1970s }} }}\|image=FirstNeutrinoEventAnnotated.jpg\|antiparticle=Opposite [[chirality]] from particle\|particle=\|interaction=[[Weak interaction]] and [[gravitation]]\|generation=First, second and third\|group=[[Lepton]], antilepton\|statistics=[[Fermionic]]\|composition=[[Elementary particle]]\|num_types=3: electron neutrino, muon neutrino, and tau neutrino\|caption=The first use of a hydrogen [[bubble chamber]] to detect neutrinos, on 13 November 1970, at [[Argonne National Laboratory]]. Here a neutrino hits a proton in a hydrogen atom; the collision occurs at the point where three tracks emanate on the right of the photograph.\|image_size=280px\|B-L=−1}} \|image=FirstNeutrinoEventAnnotated.jpg \|antiparticle=Opposite [[chirality]] from particle\|particle=\|interaction=[[Jio̍k-la̍t\|Jio̍k-le̍k]] and [[tiōng-le̍k]] \|sè-tāi=Tē-it, tē-jī kap tē-saⁿ \|group=[[Lepton]], antilepton \|thóng-kè=[[Fermi thóng-kè]]\|composition=[[Ki-pún lia̍p-chú]] \|num_lūi-hêng=3: tiān-chú neutrino, muon neutrino, and tau neutrino \|phiau-tê=1970 nî 11-goe̍h 13-hō, tī [[Argonne Kok-ka Si̍t-giām-sek]] tē-it kái ū lâng iōng chúi-sò͘ [[pho-á-sek]] lâi thàm-chhek neutrinos. Chi̍t-ê neutrino khì lòng--tio̍h chúi-sò͘ goân-chú tiong ê iông-chú; sio-lòng hoat-seng tī siòng-phìⁿ chiàⁿ-chhiú-pêng, sàn-hoat--chhut saⁿ-ê hûn-jiah. \|image_size=280px \|B-L=−1}} '''Neutrino''' ([[Tâi-gí]] [[ho͘-im]]: ''niu-chhúi-nò͘''; iōng [[Hi-lia̍p jī-bó]] [[ν]] chò kì-hō) sī chi̍t-chióng kan-ta ē hoat-seng [[Jio̍k-la̍t\|jio̍k-le̍k]] kap [[tiōng-le̍k]] chok-iōng ê [[ki-pún lia̍p-chú]]. Neutrino ê [[spin]] sī 1/2, só͘-í i sī [[fermion]]; i ê [[chit-liōng]] khah sè kî-thaⁿ ê ki-pún lia̍p-chú, ti̍t-beh bô-khì.

"Neutrino" pán-pún chi-kan bô-kāng--ê tē-hng