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[edit]- 2024-12-02 TOI-2119
- 2025-01-18 TOI-421
- 2025-01-19 TOI-4342 – practically fully rewritten.
- 2025-01-19 Schroeder's paradox
- 2025-01-30 K2-136
Drafts
[edit]- 2025-02-02 Draft:LP 261-75 (TOI-1779)
Salvaging
[edit]Todo
[edit]- Lucy–Sweeney bias – should create new article with info from the original paper, Lucy's more recent paper, also mentioned in EXOFAST documentation paper; fitting √eSω and √eCω instead avoids the bias as e.g. mentioned in [1] (find theoretical reference)
- Transit parameters – already mentioned in Methods of detecting exoplanets; missing however is definition for impact parameter b – this should be written somewhere ( in a more systematic manner, probably belongs on Astronomical transit?
- Chromospheric activity index R'HK – [2] [3] (need to find original papers for definition) – a section at Chromosphere & a redirect?
- Jao gap – 0.35 M☉ gap
- FGK dwarf – a term common in literature. Explanation of the term with links to the three classes + solar analog.
- 13383 1998 XS3 – fast rotating Jupiter trojan [4]
- CoRoT-24 – planets b and c already have pages; merge? both are hot neptunes with inner one having very low density.
- HD 23472 – 5 planets, including 2 super-mercuries [5] [6]
- HD 38677 (DMPP-1) – 4 planets, observed ablation [7]
- HD 57625 – F-type star with eccentric giant planet with well-determined mass [8]
- HD 60435 – "the star that stopped pulsating" [9]
- HD 147379 – M0V standard in revised Yerkes Atlas system (Johnson & Morgan, 1953); also has a planet and companion wide binary
- HD 181327 – debris disk [10], asymmetry indicating possible planet [11] [12]
- HD 285507 – eccentric hot jupiter in the Hyades [13] – was already created before
- HII 1348 – star with a brown dwarf companion in the Pleiades [14]
- Kepler-48 – 5 planets, see Simbad & NASA Exoplanet archive entries
- Kepler-49 – 4 planets, see Simbad & NASA Exoplanet archive entries
- Kepler-55 – 5 planets, see Simbad & NASA Exoplanet archive entries
- Kepler-79 – 4 planets, see Simbad & NASA Exoplanet archive entries
- Kepler-82 – 5 planets, one discovered by TTV method [15]
- Kepler-85 – 4 planets, see Simbad & NASA Exoplanet archive entries
- Kepler-100 – 4 planets, see Simbad & NASA Exoplanet archive entries
- Kepler-104 – 3 planets, 1 false signal, see Simbad & NASA Exoplanet archive entries
- Kepler-106 – 4 planets, see Simbad & NASA Exoplanet archive entries
- Kepler-122 – 5 planets, see Simbad & NASA Exoplanet archive entries
- Kepler-132 – 4 planets, see Simbad & NASA Exoplanet archive entries
- Kepler-150 – 5 planets, see Simbad & NASA Exoplanet archive entries
- Kepler-154 – 5 planets, see Simbad & NASA Exoplanet archive entries
- Kepler-169 – 5 planets, see Simbad & NASA Exoplanet archive entries
- Kepler-172 – 4 planets, see Simbad & NASA Exoplanet archive entries
- Kepler-176 – 4 planets, see Simbad & NASA Exoplanet archive entries
- Kepler-197 – binary star, 4 planets, see Simbad & NASA Exoplanet archive entries
- Kepler-221 – 4 planets, dynamical history study involving collision [16]; also needs added to list of multiplanetary systems
- Kepler-238 – 5 planets, one of the furthest Kepler stars, see Simbad & NASA Exoplanet archive entries
- Kepler-245 – 4 planets, see Simbad & NASA Exoplanet archive entries
- Kepler-282 – 4 planets, see Simbad & NASA Exoplanet archive entries
- Kepler-292 – 5 planets, see Simbad & NASA Exoplanet archive entries
- Kepler-304 – 4 planets, see Simbad & NASA Exoplanet archive entries
- Kepler-305 – 4 planets, see Simbad & NASA Exoplanet archive entries – one validated with machine learning [17]
- Kepler-338 – 4 planets, see Simbad & NASA Exoplanet archive entries
- Kepler-342 – 4 planets, see Simbad & NASA Exoplanet archive entries
- Kepler-402 – 4(1) planets, see Simbad & NASA Exoplanet archive entries
- Kepler-758 – 4 planets, see Simbad & NASA Exoplanet archive entries
- Kepler-1388 – 4(1) planets, see Simbad & NASA Exoplanet archive entries
- Kepler-1542 – 4(1) planets, see Simbad & NASA Exoplanet archive entries
- K2-133 (LP 358-499) – 4 planets [18] [19]
- K2-198 – young K-dwarf with 3 planets, atmosphere loss study done [20]
- K2-231 – solar twin with a sub-neptune [21]
- K2-264 – two-planet system in Praesepe cluster [22] [23]
- K2-266 – 4 planets, double star, see Simbad & NASA Exoplanet archive entries
- K2-268 – 5 planets, see Simbad & NASA Exoplanet archive entries
- K2-284 – young star with a sub-neptune, potential photoevaporation [24]
- K2-285 – 4 planets [25]
- K2-368 – 3(1) planets, see Simbad & NASA Exoplanet archive entries
- K2-384 – 5 planets, otherwise not much info... [26] – also check if [27] discoveries are listed!
- KOBE 1 – two sub-neptunes, KOBE experiment [28]
- NGTS-33 – young A-star with a hot jupiter [29]
- TOI-125 – 3 sub-neptunes, 2 candidates [30] [31] [32]
- TOI-431 – 3 planets, mass escape in the radius valley study [33]
- TOI-500 (HIP 34269) – 4 planets, incl. ultra short period earth [34]
- TOI-776 – two hycean planet candidates, good spectroscopy targets – two transmission observations of b now published [35]
- TOI-1055 (HD 183579) – solar twin with a sub-neptune [36] [37]
- TOI-1246 – 4 planets, well-characterized [38] [39]
- TOI-1430 (HD 235088) – K-dwarf with a young sub-neptune with evaporating He atmosphere [40] [41]
- TOI-4504 – 3 planets, large TTVs [42]
- TOI-6054 (HD 23074) – evolving star, 2 subneptunes [43], high proper motion
- WASP-127 – check on User:Mike s/draft2 – there's plenty written about the planet (hot jupiter)
- WASP-166 – hot neptune with plenty of atmosphere characterization done. [44] [45] [46] [47]
- WASP-189 – planet (ultra-hot jupiter) already has an article.
- ULAS J222711−004547 – very red dusty brown dwarf. [48]
- WISEP J004701.06+680352.1 – very red dusty brown dwarf. [49] [50]
- DDO68-V1 – extremely metal poor luminous blue variable
- ESO 162-17 – Peculiar galaxy. Given as an example, see File:Extragalactic_peculiarity.jpg
- David L Wiltshire, Timescape cosmology
- Vladimir Anatolyevich Zakhozhaj , Zakhozhaj catalog of nearest stars (see also es:Catálogo Zakhozhaj)
- Paul von Schroeder – [51]
- Andrew Mann – co-lead of ZEIT and THYME [52]
- Zodiacal Exoplanets in Time (ZEIT) – exoplanet hunting survey
- TESS Hunt for Young and Maturing Exoplanets (THYME) – exoplanet hunting survey
- Sinan County parents raping teacher case , red link on Sinan County, South Jeolla
- templates for the star catalogues, with appropriate link to VizieR entry, as in {{Cite Gaia DR3}}
- {{starbox reference}} add link to TIC entry https://exofop.ipac.caltech.edu/tess/target.php?id=
Rework
[edit]- Angular eccentricity – restore old content while adding necessary sources to make it more convincing.
- Gravitoelectromagnetism – need to demonstrate how to derive from GR. Check if everything is self-consistent because there are different gauged formulations in literature...
- Neptunian exoplanet – stub. should be a hub for the various subtypes?
- Earth analog – integrate info from the catalog of rocky exoplanets in the habitable zone [53]
- Protoplanetary disk – observed also around presumed planetary mass objects [54]
- Debris disk – add a section about white dwarf debris disks. List of exoplanets and planetary debris around white dwarfs already exists. There's a JWST observation study [55]
Add info
[edit]- Atlas (moon) – orbital dynamics new paper [56]
- 98943 Torifune – Hayabusa2 target, characterization paper [57]
- 1998 KY26 – Hayabusa2 target, characterization paper [58]
- V1057 Cygni – eruptive star, molecular composition of outbursts characterized [59]
- Janus (star) – reanalysis of two-faced surface [60]; also does the title fit the WP:NCASTRO that nicknames should generally not be used?
- GJ 504 – spin-up from planetary migration? [61]
- HD 100546 – methanol ice desorption in the protoplanetary disk [62]
- HD 189733 – magnetic interactions [63]
- K2-18b – transmission spectrum reanalysis [64]
- LTT 9779 b – highly reflective white clouds observed with JWST [65] and ESPRESSO [66]
- WASP-33 – nodal precession observed due to tidal interaction, also obliquity measurements [67]
- WASP-189 – wind, [M/H], [C/O] measurements [68]
- RV mass characterizations of 35 planets in 18 systems from NCORES [69]
- two very close white dwarf-brown dwarf binaries, can be considered notable enough to be listed on the brown dwarf list [70]
- 12 metal-poor pre-main-sequence stars in Wolf–Lundmark–Melotte [71]
- KELT-8 & KELT-23: water detection in hot jupiters [72]
- GJ 581 & Formalhaut C debris disk [73]
- K2 planet masses, radii, orbits, bulk release [74]