Bohr magneton
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Bohr magneton
Summary
Bohr magneton is a physical constant[1]. It draws 3,251 Wikipedia views per month (physical_constant category, ranking #16 of 43).[2]
Key Facts
- Bohr magneton is credited with the discovery of Ștefan Procopiu[3].
- Bohr magneton's instance of is recorded as physical constant[4].
- Bohr magneton's instance of is recorded as unit of magnetic moment[5].
- Bohr magneton's measured physical quantity is recorded as magnetic moment[6].
- Niels Bohr is named after Bohr magneton[7].
- Bohr magneton's numeric value is recorded as {'amount': '+0.0000000000000000000000092740100657'}[8].
- Bohr magneton's described by source is recorded as ISO 80000-10:2019 Quantities and units — Part 10: Atomic and nuclear physics[9].
- Bohr magneton's described by source is recorded as Great Soviet Encyclopedia (1926–1947)[10].
- Bohr magneton's conversion to SI unit is recorded as {'amount': '+0.0000000000000000000000092740100657'}[11].
- Bohr magneton's Wikidata SPARQL query equivalent is recorded as wd:Q737120 p:P2370/psn:P2370 [wikibase:quantityAmount ?source; wikibase:quantityUnit ?base]. ?item p:P2370/psn:P2370 [wikibase:quantityAmount ?target; wikibase:quantityUnit ?base]. BIND(?source / ?target as ?value)[12].
- Bohr magneton's maintained by WikiProject is recorded as WikiProject Mathematics[13].
- Bohr magneton's recommended unit of measurement is recorded as ampere square metre[14].
Body
Definition and Type
Recorded instance of include physical constant[4] and unit of magnetic moment[5].
Origins
Niels Bohr is named after Bohr magneton[7].
Why It Matters
Bohr magneton draws 3,251 Wikipedia views per month (physical_constant category, ranking #16 of 43).[2] It has Wikipedia articles in 23 language editions, a strong signal of global cultural recognition.[15] It is known by 25 alternative names across languages and contexts.[16]