32:
1168:. However, as of 2023, none of those sources provide any significant commentary on this particular exoplanet beyond the initial discovery paper. There have been no observations by other teams of astronomers, nor has there been any coverage in the popular media. The object exists, but does not meet any of the criteria above so does not have an article on Knowledge; instead it has a one-line entry in the
90:
810:, can often be beneficially merged into the article about the wider system or hosting object. For example, if there are several exoplanets orbiting a single star, they could be discussed in a section of the article on the host star, rather than each planet having a separate article. Content included in a broader article is
935:) contains information on extragalactic objects, for which it is more comprehensive than SIMBAD. Try a search by identifier, or by coordinates, then click on the 'references' tab. You can then either click the 'view references on ADS' button, or click on a specific reference and then 'search ADS' to go to the ADS record.
909:
lists almost all published papers and preprints in astronomy, and many conference proceedings and textbooks too. Links are provided to the published source and any freely-available version (such as a preprint or scanned version of older sources). Put the name of the object(s) in quotes and place it
531:: the naming of a body in space (such as an asteroid) does not confer notability. It is much less likely that there are sufficient sources to write a Knowledge article for an arbitrary astronomical object than an arbitrary place on Earth. For example, if a
924:, with less complete coverage of extragalactic sources. Try a search by identifier, or by coordinates, then click 'display' in the 'references' section. Clicking on any of the entries will provide links to the published paper and/or the relevant ADS entry.
609:
will be successful for an astronomical objects meeting one or more of these criteria. However, meeting these criteria is not an absolute guarantee that
Knowledge should have a separate, stand-alone article entirely dedicated to the astronomical object.
551:
For the purposes of establishing notability, coverage must be of the astronomical object itself, not other things that may be related to it. Merely being associated with another notable topic does not mean the object itself is notable, i.e. there is
1225:. However, it does not appear in searches for additional references. The asteroid exists, but has received no substantial commentary, or study beyond refining its orbit. Information about this object is therefore included in the corresponding
967:. Any article about the object must explicitly state that it is hypothetical or a candidate, unless/until confirmed by multiple independent reliable sources. Care should be taken with popular media sources based upon a
1159:
in a paper on three new discoveries. It has been included in several large catalogues and databases, and included in a list of possible targets for follow-up (where it was given the lowest priority). In 2019, it was
1012:
and human editors. This created a considerable backlog of articles to be cleaned up, redirected, merged, or deleted. To not overly burden the community, editors should not nominate more than 10 asteroids a day to
660:
A single paper is not enough to establish notability. Being mentioned alongside other similar objects, such as in a table of properties of 200 newly discovered supernovae, does not constitute non-trivial
1255:
from any famous individual or mythological character they may be named after. If a non-notable asteroid is named after a notable person or character, it may be appropriate to include this information
920:
provides information on millions of astronomical objects outside the Solar System, including basic properties, alternative designations, and a bibliography. Coverage is best for objects within the
963:
Candidate astronomical objects, or those proposed by a serious scientific hypothesis, are notable only if they have received substantial commentary in multiple independent reliable sources, per
459:
On
Knowledge, 'notable' means 'worthy of notice'; it is not synonymous with 'famous' or 'important'. Astronomical objects are notable if they have received substantial attention and coverage in
1020:
571:, then it is not notable even if similar objects are often notable. Moons of a notable planet are not necessarily notable, and planets of a notable star are not necessarily notable.
500:, list millions or billions of objects. Many objects listed in catalogues and databases have little information beyond their basic parameters and discovery circumstances. Knowledge
1190:
exoplanets. There have been numerous studies by other teams of astronomers devoted to just this object, several of which have been reported in the popular media. It easily passes
512:
Notability is determined solely by coverage in reliable sources, not whether editors personally believe an astronomical object is important. Just because an astronomical object
691:
in promoting it. Sources generated by the discoverers may be used as references for factual information in the article, but they cannot be used to establish notability. See
742:
If an astronomical object is not notable, so cannot have its own article, a few sentences about the object might be useful in another article or it could be included in a
657:
on the object. This includes published works in all forms, such as newspaper articles, books, television documentaries and articles in peer-reviewed scientific journals.
1659:
539:, that does not necessarily mean that object is notable. If an astronomical object has been named but is not notable, it could still be included in a suitable
830:
If none of the criteria are met, the object isn't notable for other reasons, and there is no suitable target for a merger, deletion may be necessary. See the
975:). Substantial original journalism and/or comments from independent experts are necessary to establish the notability of hypothetical or candidate objects.
1246:
1387:
provide raw observations, orbital data, names and designations, but do not list all sources that mention the object or provide links to their references.
1310:
1283:
951:, the systematic creation of articles on astronomical objects based on information retrieved from various astronomical databases should be discussed at
198:
1235:
is another asteroid. It has received multiple follow-up studies, by teams of astronomers unrelated to the discoverer, including an observation by the
1173:
866:
428:
55:
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a good-faith search has failed to locate references establishing notability, then it is appropriate to redirect the article to the corresponding
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249:
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for easily identifying astronomical objects that
Knowledge should probably have articles about. In almost all cases, a thorough search for
482:
in reliable sources, such as being one of the primary targets of a study with in-depth discussion (beyond discovery and basic parameters).
275:
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If no article or list currently exists into which the astronomical object can be incorporated, consider writing one yourself or submit a
1275:
1203:
719:
179:
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1036:
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1657:
Stevenson, Kevin B.; et al. (2016). "Transiting
Exoplanet Studies and Community Targets for JWST's Early Release Science Program".
39:
1357:
varies between observers and locations. For the purpose of this guideline, it is defined as a visual magnitude of 6.0 or brighter.
138:
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If an object is notable under the criteria above, then the origin of its name should be explained in its article. An example is
1320:
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should be discussed before re-directing. For asteroids numbered above 2000, if an article of questionable notability is found,
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102:
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The first photograph of a star (other than the Sun) was obtained in 1850. The first asteroid discovered photographically was
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536:
861:
that the article is being considered for deletion. If using the AfD process, you can also tag the deletion discussion with
563:
For example, if an object was discovered by a famous astronomer, that does not necessarily make it notable. Nor does being
513:
886:. When searching for sources, try using alternative identifiers or standard abbreviations e.g. 'kap Cep' or 'HR 7750' for
754:
into a broader article. Mergers should be proposed and discussed to establish consensus before being implemented. Place a
819:
1549:
In 1850 the first daguerreotype ever made of a star, the bright Vega, was taken by J.A. Whipple working under W.C. Bond
1008:
Before 2012, when this notability guideline did not yet exist, approximately 20,000 asteroid stubs were mass-created by
131:
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268:
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17:
775:), then a) ensure there is an entry for the object included in the list, adding one if necessary; and b) create a
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Being listed in a database does not make an object notable. Some astronomical databases and surveys, such as the
546:
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information from reliable sources that indicate notability; however, more obscure objects can still be notable.
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191:
112:
Specific criteria are listed to help determine whether an astronomical object meets the notability requirement.
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463:, usually the scientific literature and/or popular media. Famous astronomical objects have readily available
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still be notable for other non-astronomical reasons e.g. as a literary topic. Such cases should follow the
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Coverage must be specific and substantial: notability is not ensured just because an object is listed in a
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431:(such as craters or mountains); or extraterrestrial material that has been transported to Earth (such as
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Hartman, J. D.; et al. (2012). "HAT-P-39b–HAT-P-41b: Three Highly
Inflated Transiting Hot Jupiters".
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independent of the scientist(s) who discovered the object or who have a vested interest in its study
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372:. It also includes bodies of matter that are held together by masses other than their own, such as
1239:. Independent references provide substantial commentary on its shape and discussion of a possible
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tag on the page, indicating the page where the article may be merged, and start a section in the
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make the object itself notable. If the individual object has received insufficient coverage in
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of the following criteria, it is presumed notable. These criteria below are presented as
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If the information is more appropriate to being incorporated into an existing list (see
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at the top of its talk page, as well as any other relevant
Wikiproject templates (e.g.
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The object has been the subject of multiple non-trivial published works, which contain
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Charbonneau, David; et al. (2009). "A super-Earth transiting a nearby low-mass star".
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Many astronomical objects have more than one valid name or catalogue designation, see
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The object is, or has been, visible to the naked eye. This includes any star in the
443:). Nor does this guideline apply to fictional objects, such as those that appear in
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on the list page. Hence, a redirect can be created with the following content:
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for it. Such lists are still subject to
Knowledge's content policies, such as
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For example, suppose you want to create a redirect to the minor-planet entry
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There is no equivalent to SIMBAD or NED for objects within the Solar System.
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An astronomical object is notable if it has received significant coverage in
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issued by the discoverer or proposer, as they might not be independent (see
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There are several astronomy-specific search engines which can be consulted:
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for an object which is of particular interest to physics). This will notify
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Astronomical objects that are part of a hierarchy of objects, such as a
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The object is listed in a catalogue of high historical importance (e.g.
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as stand-alone articles; instead it is governed by the principles of
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Early Data
Release 3: Summary of the contents and survey properties"
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Whether an object meets these criteria must be established through
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from the name of the object to the list. (For minor planets, see
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478:. To establish notability, the astronomical object must have
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can be used to create a stable anchor point for a redirect.
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If an astronomical object meets none of these criteria, it
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The object was discovered before 1850, prior to the use of
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1243:. It is therefore notable and has a stand-alone article.
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does not mean it is necessarily notable i.e. there is no
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may apply. Substantive edits to this page should reflect
837:
When nominating an article for deletion (via either the
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information. For best results, the redirect should use
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Objects named after famous individuals or characters
315:
1311:
Knowledge:Naming conventions (astronomical objects)
1053:and target the specific entry on the list article.
1068:article. This minor planet is found at the anchor
768:article's talk page to discuss the proposed merge.
520:notability without coverage in reliable sources.
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867:Knowledge:WikiProject Deletion sorting/Astronomy
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632:Being listed in comprehensive databases (e.g.
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1644:Centre de données astronomiques de Strasbourg
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1155:. Its discovery was announced in 2012 by the
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1257:in the article about the person or character
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812:not subject to the same notability criteria
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1170:List of exoplanets discovered in 2012
537:Committee for Small Body Nomenclature
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847:{{WikiProject Astronomy|object=yes}}
720:Inclusion in another article or list
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288:This guideline reflects established
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1832:Astronomy Knowledge administration
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1066:List of minor planets: 57001–58000
429:extraterrestrial geologic features
54:. When in doubt, discuss first on
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693:guidance below on finding sources
529:not true for astronomical objects
1691:10.1088/1538-3873/128/967/094401
1619:Extrasolar Planets Encyclopaedia
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1280:Phil Plait § Awards and honors
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1520:10.1051/0004-6361/202039657e
1469:Astronomy & Astrophysics
1326:Knowledge:Search engine test
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132:General notability guideline
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1593:10.1088/0004-6256/144/5/139
1539:Harvard College Observatory
1501:10.1051/0004-6361/202039657
302:subject-specific supplement
250:Why was my article deleted?
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903:Astrophysics Data System
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670:or automated technology.
245:Common deletion outcomes
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1385:JPL Small Body Database
1331:Knowledge:Verifiability
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547:No inherited notability
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455:Establishing notability
1237:Hubble Space Telescope
655:significant commentary
508:No inherent notability
480:significant commentary
324:– naturally occurring
1705:"2019 Approved Names"
1535:"The Great Refractor"
1227:list of minor planets
1037:list of minor planets
855:WikiProject Astronomy
417:artificial satellites
386:large-scale structure
310:Wikiproject Astronomy
1355:Naked eye visibility
1337:Notes and references
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959:Hypothetical objects
796:no original research
699:Failing all criteria
689:conflict of interest
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406:optical double stars
322:astronomical objects
298:astronomical objects
156:Astronomical objects
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1764:10.1038/nature08679
1756:2009Natur.462..891C
1683:2016PASP..128i4401S
1614:"Planet HAT-P-40 b"
1585:2012AJ....144..139H
1381:Minor Planet Center
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374:circumstellar discs
211:Sports and athletes
180:Geographic features
1299:Eugénie de Montijo
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1060:57658Â Nilrem
1057:
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1032:
1023:, asteroids
1021:By consensus
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896:
888:Kappa Cephei
881:
836:
829:
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683:, following
675:
673:
654:
616:HR catalogue
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562:
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533:minor planet
522:
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469:
458:
412:
410:
398:cosmic voids
346:star systems
319:
287:
155:
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37:
1807:Google News
1778:"G 139-21b"
1715:15 November
1634:"HAT-P-40b"
1188:super Earth
1164:'Vytis' by
1150:hot Jupiter
1095:DEFAULTSORT
965:criterion 3
808:star system
734:WP:NASTHELP
677:independent
589:WP:NASTCRIT
330:outer space
218:Web content
1821:Categories
1802:"gj 1214b"
1674:1602.08389
1569:(5): 139.
1544:2021-05-18
1514:(Erratum:
1483:2012.01533
1441:2021-05-10
1417:2021-05-10
1395:References
1368:323 Brucia
1295:45 Eugenia
1268:Phil Plait
1146:HAT-P-40Â b
1000:WP:AST2000
973:churnalism
859:WP:AALERTS
816:due weight
558:notability
523:On Earth,
465:verifiable
441:meteorites
433:Moon rocks
427:of Earth;
421:spacecraft
294:notability
292:about the
125:Notability
48:exceptions
1747:0912.3229
1600:118457589
1576:1207.3344
1509:227254300
1212:is listed
1153:exoplanet
1077:#REDIRECT
985:Shortcuts
922:Milky Way
661:coverage.
556:inherited
498:catalogue
402:asterisms
362:asteroids
290:consensus
149:Academics
105:that are
73:WP:NASTRO
52:consensus
1370:in 1891.
1305:See also
1136:Examples
1025:numbered
953:WT:ASTRO
918:database
873:Appendix
826:Deletion
777:redirect
759:merge to
726:Shortcut
581:Shortcut
575:Criteria
518:inherent
425:airspace
411:It does
390:Universe
334:galaxies
227:See also
65:Shortcut
1752:Bibcode
1679:Bibcode
1581:Bibcode
1488:Bibcode
1214:in the
1064:on the
993:WP:DWMP
955:first.
788:request
783:below.)
493:or the
423:); the
388:of the
354:planets
338:nebulae
304:to the
192:Numbers
1783:SIMBAD
1733:Nature
1639:SIMBAD
1476:: A1.
1220:by the
1127:Anchor
1100:Nilrem
1027:below
915:SIMBAD
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766:target
752:merged
685:WP:NRV
646:2dFGRS
634:SIMBAD
491:SIMBAD
392:(e.g.
368:, and
366:comets
206:People
168:Events
1742:arXiv
1669:arXiv
1597:S2CID
1571:arXiv
1506:S2CID
1478:arXiv
1342:Notes
1148:is a
710:could
642:2MASS
380:, or
370:moons
350:stars
316:Scope
187:Music
173:Films
163:Books
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1462:Gaia
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