hadron

Summary

hadron is a type of quantum particle^[1]. hadron ranks in the top 10% of type_of_quantum_particle entities by monthly Wikipedia readership (2,093 views/month).^[2]

Key Facts

• hadron is credited with the discovery of Lev Okun^[3].
• hadron's instance of is recorded as type of quantum particle^[4].
• hadron is a type of indivisible particle^[5].
• hadron is a type of composite particle^[6].
• hadron is a type of matter^[7].
• hadron's Commons category is recorded as Hadrons^[8].
• hadron's interaction is recorded as gravity^[9].
• hadron's interaction is recorded as strong interaction^[10].
• hadron comprises quark^[11].
• hadron comprises antiquark^[12].
• hadron's time of discovery or invention is recorded as 1962^[13].
• hadron's topic's main category is recorded as Category:Hadrons^[14].
• hadron's described by source is recorded as Armenian Soviet Encyclopedia, vol. 6^[15].
• hadron's different from is recorded as Q55078119^[16].
• hadron's antiparticle is recorded as hadron^[17].
• hadron's studied by is recorded as hadronic physics^[18].
• hadron's has part is recorded as quark^[19].
• hadron's has part is recorded as antiquark^[20].
• hadron's has part is recorded as disjoint union^[21].
• hadron's on focus list of Wikimedia project is recorded as Wikipedia:Vital articles/Level/4^[22].

Body

Definition and Type

hadron's instance of is recorded as type of quantum particle^[4]. Recorded subclass of include indivisible particle^[5], composite particle^[6], and matter^[7].

Use and Application

Components include quark^[11], a type of quantum particle^[23] and antiquark^[12], a type of quantum particle^[24].

Why It Matters

hadron ranks in the top 10% of type_of_quantum_particle entities by monthly Wikipedia readership (2,093 views/month).^[2] hadron has Wikipedia articles in 30 language editions, a strong signal of global cultural recognition.^[25] hadron is known by 27 alternative names across languages and contexts.^[26]