Satabhisa: Difference between revisions

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This is a name for the star λ Aquarii in India; it determines the 24th of the 27 Nakshatras. Spelling variants are Śatabhiṣa, (Śatabhiṣaj; Śatabhiṣak).
A brief information (language, culture of origin)


==Etymology and History==
==Etymology and History==
This nakshatra consists of four stars but the name consisting of the term "sata" for "100" led to the misinterpretation that there were one hundred stars.
This is Lambda Aquraius, identified with Śatabhiṣa, (Śatabhiṣaj; Śatabhiṣak) the 24th star among the 27 identified to mark the movement of the moon. This system of marking the path of the moon (and the sun) has been prevalent for almost 5000 years since the epics and older texts on astronomy mention the 27 stars.

The star λ Aquarii is considered the determinative star of the nakshatra.<ref>Shankar Balkrishna Dixit (1981). Indian Astronomy History (Bharatiya Jyotish Sastra 2). Orig. Sanscrit, translated to English by R. V. Vaidya, Delhi

</ref> Alternatively, in particular in mantic circles, alternatively γ Aqr is used.

In India, "nakshatras" are used to mark the movement of the moon. The path of the moon is visible in the sky as the moon occasionally covers stars in this rage of 5° around the ecliptic. λ Aquarii is directly at the ecliptic and therefore cannot only be covered by the moon but also by the planets which makes the star's position particularly interesting.

The system of nakshatras for marking the path of the moon (and the sun) has been prevalent for almost 5000 years since the epics and older texts on astronomy mention the 27 asterisms with their determinative stars.


==Mythology==
==Mythology==
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== Reference ==
== Reference ==

* https://archive.org/details/BharatiyaJyotishSastra2
* Sarma, S.R., 2023. A descriptive catalogue of Indian Astronomical Instruments MS https://srsarma.in/catalogue.php

[[Category:Single star-asterism‏‎]]
[[Category:Single star-asterism‏‎]]
[[Category:Star Name‏‎]]
[[Category:Star Name‏‎]]
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[[Category:South Asian]]
[[Category:South Asian]]
[[Category:Indian]]
[[Category:Indian]]
[[Category:Aqr]]
https://archive.org/details/BharatiyaJyotishSastra2
Sarma, S.R., 2023. A descriptive catalogue of Indian Astronomical Instruments MS
https://srsarma.in/catalogue.php

Revision as of 19:29, 25 December 2024

This is a name for the star λ Aquarii in India; it determines the 24th of the 27 Nakshatras. Spelling variants are Śatabhiṣa, (Śatabhiṣaj; Śatabhiṣak).

Etymology and History

This nakshatra consists of four stars but the name consisting of the term "sata" for "100" led to the misinterpretation that there were one hundred stars.

The star λ Aquarii is considered the determinative star of the nakshatra.[1] Alternatively, in particular in mantic circles, alternatively γ Aqr is used.

In India, "nakshatras" are used to mark the movement of the moon. The path of the moon is visible in the sky as the moon occasionally covers stars in this rage of 5° around the ecliptic. λ Aquarii is directly at the ecliptic and therefore cannot only be covered by the moon but also by the planets which makes the star's position particularly interesting.

The system of nakshatras for marking the path of the moon (and the sun) has been prevalent for almost 5000 years since the epics and older texts on astronomy mention the 27 asterisms with their determinative stars.

Mythology

The word's literal meaning is ‘100 physicians’ – the origin is unknown. Dikshit, 1981, (https://archive.org/details/BharatiyaJyotishSastra2, p346) notes that the word śata was misunderstood as 100 and so the asterism was jotted down as consisting of 100 stars. The earliest identification of 100 stars by Varahamihira of 7th century has been carried forward. The works prior to that refer to it as a single star as per the table in p344. Because of this misidentification it is sometimes referred to as śatatārā, (meaning 100 stars) also.

IAU Working Group Star Names

The name was discussed and approved by the IAU WGSN in 2024. As this star is already named ..., the WGSN chose ... (not to apply/ to apply the name to a neighbouring star/ to ...) in the IAU-CSN.

Reference

  1. Shankar Balkrishna Dixit (1981). Indian Astronomy History (Bharatiya Jyotish Sastra 2). Orig. Sanscrit, translated to English by R. V. Vaidya, Delhi