File:Feynman_Diagram_Gluon_Radiation.svg · Wikimedia Commons · See Wikimedia Commons
I don't see any context provided in your message. Could you please share the context about gluons that you'd like me to base the overview on?
AI-generated from the Wikipedia summary — may contain errors.
Key facts
- Particle.discovered
- e+e− → Υ(9.46) → 3g: 1978 at DORIS (DESY) by PLUTO experiments (see diagram 2 and recollection) and e+e− → qg: 1979 at PETRA (DESY) by TASSO, MARK-J, JADE and PLUTO experiments (see diagram 1 and review)
- Particle.symbol
- g
- Particle.electric_charge
- 0 e
- Particle.color_charge
- octet (8 linearly independent types)
- Particle.spin
- 1 ħ
- Particle.parity
- −1
- Particle.name
- Gluon
- Particle.image
- 200px|class=skin-invert-image
- Particle.caption
- Diagram 1: In Feynman diagrams, emitted gluons are represented as helices. This diagram depicts the annihilation of an electron and positron.
- Particle.num_types
- 8
- Particle.composition
- Elementary particle
- Particle.statistics
- Bose–Einstein statistics
- Particle.group
- Gauge boson
- Particle.interaction
- Strong interaction
- Particle.theorized
- Murray Gell-Mann (1962)
via Wikipedia infobox
Wikidata facts
- Subclass of
- elementary particle
- Mass
- 0
- Image
- Gluon.svg
Show 11 more facts
- Monte Carlo Particle Number
- 21
- interaction
- gravity
- topic's main category
- Category:Gluons
- spin quantum number
- 1
- antiparticle
- gluon
- has superpartner
- gluino
- electric charge
- 0
- has characteristic
- color charge
- Commons category
- Gluons
- parity quantum number
- -1
- on focus list of Wikimedia project
- Wikipedia:Vital articles/Level/4
via Wikidata · CC0
Article · Português
Glúons (português brasileiro) ou gluões (português europeu) são partículas fundamentais que agem como partículas de troca (ou bósons de calibre) para a força forte entre quarks, análoga à troca de fótons na força eletromagnética entre duas partículas carregadas. Em termos técnicos, os glúons são bósons vetoriais que medeiam as forças fortes de quarks na cromodinâmica quântica (QCD). Os próprios glúons levam a carga de cor da interação forte. Isso é diferente do fóton, que medeia a interação eletromagnética, mas não tem uma carga elétrica. Glúons, portanto, participam da força forte, além de mediá-la, tornando a QCD significativamente mais difícil de se analisar do que a QED (eletrodinâmica quântica).
Abstract from DBpedia / Wikipedia · CC BY-SA
Gallery (7)
Available in 81 languages
- Español
- Français
- Deutsch
- 中文
- 日本語
- Русский
- Português
- Italiano
- العربية
- हिन्दी
- Afrikaans
- Armenian
- Asturian
- azb
- Azerbaijani
- Bahasa Indonesia
- Bangla
- Basque
Show 62 more
- Belarusian
- Bosnian
- Bulgarian
- Burmese
- Catalan
- Chuvash
- Corsican
- Croatian
- Czech
- Danish
- Esperanto
- Estonian
- Filipino
- Finnish
- Galician
- Greek
- Hebrew
- Hungarian
- Icelandic
- Ido
- Interlingua
- Irish
- Kazakh
- Kyrgyz
- Latin
- Latvian
- Limburgish
- Lithuanian
- Lombard
- Low German
- Macedonian
- Malay
- Malayalam
- Nederlands
- Norwegian
- Norwegian Nynorsk
- Occitan
- Polski
- Punjabi
- Romanian
- Serbian
- Serbian (Latin)
- simple
- Slovak
- Slovenian
- Svenska
- Tajik
- Tamil
- Tatar
- Tiếng Việt
- Türkçe
- Ukrainian
- Urdu
- Uzbek
- Waray
- Western Panjabi
- Wu Chinese
- zh_yue
- Zulu
- فارسی
- ไทย
- 한국어
via Wikidata sitelinks · CC0