Duba wurin da ke ƙasa sannan ka amsa tambayar daga baya a cikin harshe ɗaya kamar yadda wurin yake:  Passage: Kamar yadda aka bayyana ta hanyar chromodynamics na quantum, hulɗar karfi tsakanin quarks yana da matsakaici ta hanyar gluons, bosons masu amfani da vector gauge. Kowane gluon yana ɗauke da cajin launi ɗaya da cajin anti-launi ɗaya. A cikin daidaitaccen tsarin hulɗar ƙwayoyin cuta (wani ɓangare na tsarin da aka fi sani da ka'idar rikicewa), ana musayar gluons koyaushe tsakanin quarks ta hanyar fitowar iska da tsarin sha. Lokacin da aka canza gluon tsakanin quarks, canjin launi yana faruwa a duka biyun; alal misali, idan jan quark yana fitar da gluon ja <unk>antigreen, ya zama kore, kuma idan kore quark ya sha ja <unk>antigreen gluon, ya zama ja. Sabili da haka, yayin da launi na kowane quark ke canzawa koyaushe, ana kiyaye hulɗarsu mai ƙarfi.Tun da gluons suna ɗaukar cajin launi, su kansu suna iya fitarwa da shan wasu gluons. Wannan yana haifar da 'yanci na asymptotic: yayin da quarks suka kusanci juna, ƙarfin haɗin chromodynamic tsakanin su ya raunana. Akasin haka, yayin da nisa tsakanin quarks ke ƙaruwa, ƙarfin haɗin yana ƙaruwa. Yanayin launi ya zama mai damuwa, kamar yadda band din roba yake damuwa lokacin da aka shimfiɗa, kuma ana samar da ƙarin gluons na launi mai dacewa don ƙarfafa filin. Sama da wani matakin makamashi, nau'i-nau'i na quarks da antiquarks an halicce su. Wadannan nau'i-nau'i suna haɗuwa tare da quarks da aka raba, suna haifar da sababbin hadrons. Wannan abin da aka sani da ƙuntata launi: quarks ba sa bayyana a ware. Wannan tsari na hadronization yana faruwa kafin quarks, wanda aka kafa a cikin haɗuwa mai ƙarfi, zai iya yin hulɗa ta kowace hanya. Banda kawai shi ne quark na sama, wanda zai iya lalacewa kafin ya hadronizes.  Tambaya: Gluon yana da cajin launuka nawa?
ɗaya