2022 Exoplanet Archive News

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For previous years' news, see the 2021, 2020, 2019, 2018, 2017, 2016, 2015, 2014, 2013, and 2011-12 archives.

For a compilation of periodic tips that have appeared in past news items, see the Tip Archive.

To view only the most recently added planets and updated parameters (default and non-default), see this pre-filtered and pre-sorted interactive table.

December 2, 2022

Nine Planets and New JWST Spectrum

We've added nine planets and a new WASP-39 b spectrum captured by NASA's James Webb Space Telescope (JWST).

This week's new planets are TOI-1695 b, HD 167768 b, MOA-2019-BLG-008L b, TOI-277 b, TOI-1288 b, KMT-2021-BLG-0119L b, KMT-2021-BLG-0192L b, KMT-2021-BLG-2294L b, and HD 114082 b.

Access the new WASP-39 b spectrum—as well as previously published spectra for this object—in the Transmission Spectroscopy table.The new spectrum was captured by JWST's NIRCam instrument, thus extending the wavelength coverage for further atmospheric studies of the hot Jupiter. This Nature article discusses JWST's science results for WASP-39 b.

Also, HD 73256 b, which was previously removed based on a published refutation, has been dispositioned as a False Positive Planet (FPP). Its data are now viewable on the HD 73256 System Overview page.

News panel image credit: NASA/ESA/G. Bacon and A. Feild (STScI)/H. Wakeford (STScI/Univ. of Exeter)

November 17, 2022

Five New Planets, Including MORE Hot Jupiters

Three of this week's new planets are hot Jupiters discovered by the Next-Generation Transit Survey (NGTS), which may help us better understand the physical processes driving radius inflation observed in many hot Jupiters. We've also added new parameters for HATS-54 b (a.k.a. NGTS-22 b), another hot Jupiter studied by NGTS.

The new planets are NGTS-23 b, NGTS-24 b, NGTS-25 b, HD 191939 g, and HD 20329 b.

Also, we've added new parameters for all seven TRAPPIST-1 planets from Ducrot et al. 2020. All new data from this week's release can be found in the Planetary Systems Table and its companion table, Planetary Systems Composite Parameters.

News panel image credit: C. Carreau/ESA/PA

November 11, 2022

Small Planets For the Win This Week

This week's nine new planets range in size from sub-Earth to sub-Neptune—with the smallest being a sub-Earth with a planet radius of only 0.76!

The new planets are K2-411 b, K2-412 b, K2-413 b & c, K2-414 b & c, HD 18599 b, and TOI-1468 b & c.

We've also added new parameter sets for five planets, including TOI-1075 b, which was featured in a recent NASA Discovery Alert.

All new data from this week's release can also be found in the Planetary Systems Table and its companion table, Planetary Systems Composite Parameters.

News panel image caption and credit: Illustration of TOI-1075 b, one of the most massive super-Earths so far detected. Credit: NASA/JPL-Caltech

November 3, 2022

Eight Planets, Including Two in the Hot, Sub-Saturn Desert

This week's new planets include two TESS discoveries, TOI-969 b and TOI-3884 b, that are rare for their type: short-period planets between the sizes of sub-Neptunes and Saturn.

Six other planets added this week are TOI-969 c, OGLE-2017-BLG-1691L b, KMT-2021-BLG-0320L b, KMT-2021-BLG-1303L b, KMT-2021-BLG-1554L b, and HD 206893 b.

We've also demoted 2MASS J21402931+1625183 A b to False Positive Planet status based on a published refutation. Its disposition has been updated on its System Overview page, which will continue to serve its data.

All new data from this week's release can also be found in the Planetary Systems Table and its companion table, Planetary Systems Composite Parameters.

October 20, 2022

Three New Planets

This week's three new planets are KMT-2021-BLG-1898L b, HD 3167 e (a.k.a. K2-96 e), and NGTS-21 b—an inflated hot Jupiter with an unusually high mass for the low metallicity of its host star. Access the data from their System Overview pages and the Planetary Systems Table and its companion table, Planetary Systems Composite Parameters.

Updated Ephemerides for 300+ Planets

We've also updated the ephemerides for more than 300 planets from Ivshina & Winn 2022. You can find these data in the Planetary Systems tables as well as integrated into the Transit and Ephemeris Service, which can help with scheduling follow-up observations.

News panel image caption and credit: Figure 1: Transit depth and orbital period for all of the known transiting planets (gray), and the systems in the sample from Ivshina & Winn 2022 (colored points, with the color conveying the TESS apparent magnitude). Ekaterina S. Ivshina and Joshua N. Winn

October 13, 2022

Nine Planets, Including a Trio of Giants

This week's new planets range from a super-Earth to one with the mass of 18 Jupiters—and even a trio of giants orbiting HD 184010.

The new planets are TOI-411 b & c (super-Earth and sub-Neptune), KOI-7368 b (a.k.a. Kepler-1974 b, a sub-Neptune), KOI-7913 b (a.k.a. Kepler-1975 b, a sub-Neptune), TOI-5542 b (an old, warm Jupiter), KIC 3526061 b (roughly 18 Jupiter masses!), and the trio of giants HD 184010 b, c, & d.

All new data from this week's release can also be found in the Planetary Systems Table and its companion table, Planetary Systems Composite Parameters.

October 6, 2022

Seven New Planets, Three With the Smallest RV Signals To Date

This week's seven new planets include three in the HD 23472 system that have the smallest radial velocity semi-amplitudes detected to date, which also reveal Mercury-like densities for two of the inner planets. The RV detections by ESO's ESPRESSO show that new spectrographs are capable of pushing to detections of smaller and smaller planets.

The new planets are HD 23472 d, e, & f, TOI-2545 b, TOI-5174 b, TOI-5238 b, and TOI-5398 b. Also, Fomalhaut b's status has been updated to False Positive Planet and its data can be viewed in the Fomalhaut System Overview page.

All new data from this week's release can also be found in the Planetary Systems Table and its companion table, Planetary Systems Composite Parameters.

News panel image credit: Illustration by Robin Dienel, courtesy of the Carnegie Institution for Science

September 26, 2022

84 Giant Planets Added

From ice giants to gas giants, we have 84 new planets for you! These include 80 planets discovered by combining radial velocity and astrometric measurements, three TESS planets, and a microlensing planet.

As an added bonus, many of this week's RV-detected planets are ripe for follow-up study with existing direct imaging facilities. See this pre-filtered Planetary Systems table for this week's new and updated objects. The new data are also in the Planetary Systems Composite Parameters, which offers a more complete table of planet parameters combined from multiple references and calculations. The new microlensing planet has also been added to the Microlensing Planet table.

We've also demoted three planets, HD 114762 b, GJ 832 c, and HD 131664 b, to False Positive Planet status based on published refutations. Their dispositions have been updated on their System Overview pages, which will continue to serve their data.

News panel image credit: NASA/JPL-Caltech

September 16, 2022

Six New Planets, Including Two Nearby Super-Earths

This week's new planets include two temperate super-Earths that transit LP 890-9, a very cool star that is 100 light-years from Earth. Read the Delrez et al. 2022 discovery paper and the University of Liège media release.

This week's new planets are GJ 0896 A b, GJ 3090 b, HD 56414 b, LP 890-9 b & c (a.k.a. TOI-4306 b & c), and TOI-2048 b.

All new data from this week's release can also be found in the Planetary Systems Table and its companion table, Planetary Systems Composite Parameters.

News panel image credit: Adeline Deward (RISE-Illustration)

September 1, 2022

Seventeen Planets, Including a Possible Water World

Fifteen of this week's 17 new planets were discovered by NASA's TESS mission and include TOI-1452 b, a super-Earth orbiting a red-dwarf star roughly 100 light-years from Earth that may be covered by an ocean. Read NASA's Discovery Alert and check out the TOI-1452 System Overview page.

The other new planets are TOI-712 b, c, & d, TOI-3757 b, KMT-2021-BLG-0171L b, KMT-2021-BLG-1689L b, TOI-2193 A b, TOI-2207 b, TOI-2236 b, TOI-2421 b, TOI-2567 b, TOI-2570 b, TOI-3331 A b, TOI-3540 A b, TOI-3693 b, and TOI-4137 b.

In addition, four planets were demoted to False Positive Planet (FPP) status based on published refutations: Kepler-840 b, Kepler-854 b, Kepler-699 b, and GJ 9066 b. All of their data are still located on their respective System Overview pages with their FPP disposition noted. They have also been added to our Excluded Targets page.

All new data from this week's release can also be found in the Planetary Systems Table and its companion table, Planetary Systems Composite Parameters.

News panel image credit: Benoit Gougeon, Université de Montréal.

A New Way to Look Up Exoplanet System Names

In response to user requests, we've rolled out a new System Aliases lookup service. This query-based tool returns lists of all known aliases for an exoplanet or host that is currently in the Exoplanet Archive.

The service can be accessed programmatically, or by simply entering a query string in a web browser's address bar. The output is a JSON-structured text file.

To get started, read the System Aliases help documentation.

Pro Tip: You can also access the list of a planet or host's aliases from its System Overview page. Click on the card icon () next to the Stellar Parameters or Planetary Parameters headings.

August 25, 2022

First JWST Exoplanet Transmission Spectroscopy Data Available in the NASA Exoplanet Archive!

We've added new WASP-39 b spectra from NASA's Webb Telescope to our Transmission Spectroscopy table, which provides a single place to access publicly available spectra taken by various telescopes for this object, including NASA's Hubble and Spitzer, the Very Large Telescope, and Chile's Observatorio Astronomico Nacional.

Pro Tip: Enter WASP-39 b in the Planet Name column to filter the table to view only the WASP-39 b entries.

Read the media release and the discovery paper.

August 18, 2022

Beta Release of Airmass Visualization Tool

As part of our Transit and Ephemeris Service we have now added an airmass visualization tool to help users identify the most appropriate targets for follow-up observations. When you run a search using the service, you will now see a new column appear in the results tab, shown below. Clicking on that column will bring up a plot of the target's airmass over the course of the night on the selected row, with any transit events demarcated as shown.

There may be brief performance issues during this beta release testing period during which the plot may take some number of seconds to appear, however, we expect this to improve in the future.

Two New Planets

We've released two planets this week, one of which was discovered by NASA's TESS mission. They are OGLE-2019-BLG-0362L b and TOI-2196 b.

All new data from this week's release can also be found in the Planetary Systems Table and its companion table, Planetary Systems Composite Parameters.

August 12, 2022

Over 5,000 TOIs Added to System Overview Pages

We've added more than 5,000 TESS Objects of Interest (TOIs) to new or existing System Overview pages to make it easier to identify systems with candidate planets for follow-up investigation.

Systems with known confirmed planets now display companion TOIs on their respective System Overview pages. New System Overview pages have been created for TOIs that are not part of a known planetary system.

For example, the HD 23472 System Overview shows two confirmed planets with three candidate planets from the TESS project—making it a potential five-planet system.

New pages have been created for systems like TOI-1812, which has no confirmed planets:

In both examples, the pages display TOI parameters from the Exoplanet Follow-up Observing Program (ExoFOP).

You can access the TOI System Overview pages a few different ways:

Enter the host, planet, or candidate name in the Explore the Archive search on our home page.
If the system has confirmed planets, click on its entry in the Planetary Systems interactive table.
Or, click on the candidate planet's name in the TESS Project Candidates interactive table.

August 4, 2022

Seven New Planets, One Demotion

We've added seven planets this week, including KMT-2020-BLG-0414L b, the lowest mass-ratio microlensing planet to date. We've also demoted HD 92987 b to false positive planet status based on a published refutation. Note: The false positive planet's data are still available on the HD 92987 System Overview page.

The new planets are CoRoT-35 b, CoRoT-36 b, HD 93963 A b & c, GJ 3929 c, and KMT-2020-BLG-0414L b & c.

All new data from this week's release can also be found in the Planetary Systems Table and its companion table, Planetary Systems Composite Parameters.

July 21, 2022

Three Planets and New Masses for Two Planets

We've added three new planets this week: TOI-1422 b, GJ 3512 c, and CoRoT-7 d.

However, perhaps the more interesting news this week is about the new parameter sets that include more accurate mass measurements for two known planets: Kepler-167 e and eps Eri b.

Kepler-167 e is the only known transiting Jupiter analog outside of 1 AU that also has inner rocky planets. Its updated planetary parameters from Chachan et al. 2021 can be accessed from the Kepler-167 System Overview page.

Epsilon Eridani b (eps Eri b) has a new, refined mass based on a technique that combines direct imaging, astrometry, and radial velocity measurements to find the inclination and true mass of a non-transiting radial velocity planet. This technique promises to be very useful for determining refined masses in new Gaia data. Learn more in the discovery paper by Llop-Sayson et al. 2022 and find the data in the eps Eri System Overview page.

All new data from this week's release can also be found in the Planetary Systems Table and its companion table, Planetary Systems Composite Parameters.

July 14, 2022

Seven Planets Added, One Demoted

Even with all the chatter and buzz this week about NASA's James Webb Space Telescope's Early Release Observation images, we managed to add seven planets to the archive: TOI-1272 b & c, KOI-984 b & c, TOI-5153 b, NGTS-20 b, and HIP 21152 b.

We also demoted GJ 1151 b based on a published refutation. This demotion gives us an opportunity to roll out a new archive disposition: False Positive Planet.

Objects with this new status will continue to appear on their respective System Overview pages, and their data will continue to be available through those pages. However, they will no longer appear in the Planetary Systems and Planetary Systems Composite Parameters tables.

Note: Demoted K2 objects will continue to appear in the K2 Planets and Candidates table (with an updated disposition of False Positive Planet), but not in the K2 Confirmed Names table.

This update clearly identifies refuted objects in the archive while allowing users to continue accessing their data.

Transit Spectroscopy for WASP-96 b!

Did you see the JWST spectrum of WASP-96 b? Check out our existing transmission spectroscopy on this target! This pre-filtered Transit Spectroscopy table links to a complementary transit spectrum at optical wavelengths acquired by the Very Large Telescope (VLT). See how it compares to the newly released JWST spectrum!

June 30, 2022

Ten Planets Added, Including Two Rocky Neighbors

This week's 10 new planets include two super-Earths in the HD 260655 system that are only 33 light-years from Earth, making them some of the closest-known rocky, transiting exoplanets to date. Read about it in NASA's Discovery Alert.

All of the new planets are HD 150010 b, HD 174205 b, HD 19615 b, HD 260655 b & c, HD 33142 d, TOI-2081 b, TOI-3629 b, TOI-3714 b, and TOI-4479 b. Find their data in the Planetary Systems Table and its companion table, the Planetary Systems Composite Parameters.

We've also added new parameter sets for 12 planets already in the archive: iot Dra b, TOI-1696 b, TOI-1807 b, HD 29021 b, HD 81040 b, HD 87883 b, HD 98649 b, HD 106252 b, HD 106515 A b, HD 171238 b, HD 196067 b, and HD 221420 b.

June 9, 2022

Nine New Planets, Including Two From Gaia

Almost 8.5 years after its launch to create the largest and most precise 3-D map of the Milky Way galaxy, the Global Astrometric Interferometer for Astrophysics (Gaia) mission has detected two confirmed transiting exoplanets: Gaia-1 b and Gaia-2 b. Read the discovery paper by Panahi et al. (2022).

Pro Tip: Other Gaia data in the archive include distances and magnitudes in the Planetary Systems and Planetary Systems Composite Parameters tables, and Gaia and HIPPARCOS data are used to calculate masses of known planets, such as bet Pic b. Also, ExoFOP links to Gaia data for each star (currently DR2, and soon DR3).

There are seven other new planets in the archive this week: TOI-1107 b, Ross 508 b, HD 83443 c, mu 2 Sco b, and HD 28109 b, c, & d.

News panel image credit: ESA

May 26, 2022

Five New Planets

This week's five new planets include three hot Jupiters and a second planet in the Kepler-1656 system.

The new planets are TOI-1181 b, TOI 1516 b, TOI 2046 b, WASP-132 c, and Kepler-1656 c. We've also added new sets of parameters for GJ 411 b & c and Wolf 503 b.

This week's release bumps up the archive's total planet count to 5,035. Find the new data in the Planetary Systems Table and its companion table, Planetary Systems Composite Parameters.

News panel image credit: NASA/JPL-Caltech/T. Pyle (SSC)

May 12, 2022

Nine New Planets

This week's nine new planets include three more close-in planets in the TOI-500 system, which lends support to the theory that planets form through gentle secular migration instead of highly eccentric migrations. Read the discovery paper by Serrano et al. 2022.

The new planets are TOI-500 c, d, & e, TOI-1696 b, TOI-1710 b, TOI-2136 b, HD 103891 b, HD 105779 b, and HIP 94235 b. Find the new data in the Planetary Systems Table and its companion table, Planetary Systems Composite Parameters.

ExoFOP-K2 Campaign 9 Contributed Data

We've migrated the K2 Campaign 9 microlensing data from the Exoplanet Follow-up Observing Program (ExoFOP) site. Executed in 2016, K2C9 was designed to simultaneously observe gravitational microlensing events from space with the Kepler telescope and from Earth with ground-based telescopes to see a parallax effect in the shape and time of the lensing events. The

Read the documentation and access the data set from the ExoFOP-K2 Campaign 9 page. (The Contributed Data page also links to the new page.)

Updated Movies

Two of our animated movies based on our pre-generated plots now include more recent archive data:

33 Years of Discoveries shows the number of exoplanet discoveries in mass-period space from 1989 through April 2022.

Exoplanets: Cumulative Detections by Discovery Year is a histogram showing the cumulative number of exoplanet discoveries by detection method each year from 1989 through April 2022.

You can always find these movies on our Pre-generated Plots page, which also contains data plots of current archive data that are ready for use in presentations and publications. All plots are available in a colorblind-friendly palette as well, and some can be customized further using Filtergraph, a data visualization tool developed at Vanderbilt University.

May 5, 2022

Seven Planets and 180 Parameter Sets Added

This week's seven new planets were found either through their radial velocities (pi Men d, TYC 2187-512-1 b, and iot Dra c) or spied on by TESS during their transits (TOI-1246 b, c, d, & e). We've also added 180 new sets of parameters—most of them from Patel & Espinoza 2022. Find the new data in the Planetary Systems Table and its companion table, Planetary Systems Composite Parameters.

April 21, 2022

Three New Planets and 10 New K2 Candidates

We've added two more circumbinary planets found in the Kepler-451 system, and GJ 514 b, a super-Earth that moves in and out of the habitable zone in an eccentric orbit. Find their data in the Planetary Systems Table and its companion table, Planetary Systems Composite Parameters.

There are also 10 new K2 candidates in the K2 Planets and Candidates Table. Pro Tip: To display only this week's new candidates and parameter sets, scroll horizontally to the Release Date column (the last one) and enter 2022-04-21 to filter the results.

News panel image credit: NASA's Goddard Space Flight Center/Chris Smith

April 14, 2022

Two New Planets, Including AB Aur b

The AB Aur system is the second protoplanetary disk where an embedded exoplanet has been found, which supports the "disk instability" theory of planet formation. Read NASA's media release and the discovery paper.

The other new planet is TOI-620 b. There are also new parameters for TOI-2076 b, c, & d, TOI-216 b & c, KELT-24 b (MASCARA-3 b), and WD 0806-661 (GJ 3483 b).

Access all of these new data from the Planetary Systems Table and its companion table, Planetary Systems Composite Parameters, which offers a more complete table of planet parameters combined from multiple references and calculations.

News panel image credits: Science: NASA, ESA, Thayne Currie (Subaru Telescope, Eureka Scientific Inc.); Image Processing: Thayne Currie (Subaru Telescope, Eureka Scientific Inc.), Alyssa Pagan (STScI)

March 31, 2022

Four New Planets, Including A Newborn Giant

This week we have four new planets, including 11 million-year-old TOI-1227 b, which has a radius almost equal to Jupiter, making it the largest planet ever seen around a low-mass star. Read the discovery paper and this Nature article for details.

This week's other new planets are HD 191939 e & f and OGLE-2014-BLG-0319L b. We've also added 13 new K2 candidates and parameter sets for six planets.

March 21, 2022

5,000+ Alien Worlds and Counting

Today's update marks a major milestone for exoplanet science: the archive has more than 5,000 planets!

In the 30 years that have passed since two planets were found orbiting pulsar PSR1257+12, the field of exoplanet science has exploded. New missions, instruments, and detection techniques have proliferated, and with them the discoveries of all sorts of alien worlds. This week's milestone marks 30 years of discovery that shows no signs of ebbing, as current missions like NASA's TESS and ESA's Gaia and upcoming missions like NASA's Roman and ESA's PLATO will require the NASA Exoplanet Archive to expand and scale for the onslaught of more planets and bigger data sets. We accept the challenge—and we can't wait!

In celebration of today's milestone, our friends and colleagues at NASA's Exoplanet Exploration program have created some fun and educational media about our search for new worlds:

This NASA media release reflects on what we've learned about exoplanets over three decades.
This video shows how we've managed to find exoplanets everywhere we've looked.
What do 5,005 exoplanets sound like? Turn up the volume for this sonification, where instrumental melodies and tones play according to a chart of every exoplanet discovered. Be sure to check out the version for mobile devices for a 360-degree experience.

This Week's New Planets

This week's release of 65 new planets features the K2-384 system—a TRAPPIST-1-like system of five small planets orbiting a mid-M dwarf—as well as K2-399 b, an ultra-short period sub-Saturn located where hot Saturns are not typically found. Read the discovery paper for details.

The other new planets this week are WASP-189 b, HD 73583 b & c, TOI-1670 b & c, EPIC 206317286 c (a.k.a. K2-303 c), and all K2 systems starting with K2-365 through K2-409! This pre-filtered and pre-sorted interactive table contains the full list. You may also access all of the new data from the Planetary Systems Table and its companion table, Planetary Systems Composite Parameters, which offers a more complete table of planet parameters combined from multiple references and calculations.

News panel image credit: NASA/JPL-Caltech/K. Miller (IPAC)

March 11, 2022

Five Planets, Including Two Microlensing Super-Earths

This week's new planets include two super-Earth microlensing planets—a further indication that microlensing detections are ramping up and pushing to smaller-mass planets. The new planets are KMT-2017-BLG-2509L b, OGLE-2017-BLG-1099L b, OGLE-2019-BLG-0299L b, KMT-2021-BLG-0912L b, and KMT-2018-BLG-1988L b. These bring the archive's total confirmed planet count to 4,940. Only 60 discoveries to go to hit the 5,000-planet milestone!

February 25, 2022

Two More Planets and New Parameters

This week's new planets are GJ 3929 b and TOI-1759 b, both discovered using the transit method. There are also new parameter sets for WASP-28 b and WASP-151 b. Today's update brings the archive's total confirmed planet count to 4,935.

February 17, 2022

19 New Planets

All but two of this week's new planets are TESS discoveries, and 13 of them are potentially terrestrial. The TOI-1860 system appears to have the youngest solar twin with a known planet. Learn more in Giacalone et al. 2022.

The new planets are Kepler-1972 b & c, TOI-1268 b, TOI-2337 b, TOI-4329 b, TOI-2669 b, TOI-206 b, TOI-500 b, TOI-544 b, TOI-833 b, TOI-1075 b, TOI-1411 b, TOI-1442 b, TOI-1693 b, TOI-1860 b, TOI-2260 b, TOI-2411 b, TOI-2427 b, and TOI-2445 b.

Final UKIRT Microlensing Survey Data Release

The 2019 data for the UKIRT Microlensing Survey are now public!

After a pandemic-induced delay, all data for the multi-year UKIRT Microlensing Survey toward the Galactic bulge can be accessed from the Exoplanet Archive:

Documentation for DR 2019 (and all earlier releases) is on the UKIRT Mission page.
To download UKIRT data by wget script, go to the Bulk Download page.
To search for and download a subset of the data, use the UKIRT Time Series Search interface. (Consult the Data Column Definitions document for the full list of available parameters.
UKIRT data are also now supported through the archive's Table Access Protocol (TAP) service.

If you use archive data or services for your research, please include the following Digital Object Identifier (DOI) as part of your acknowledgment: DOI 10.26133/NEA7. Additional acknowledgments are listed in UKIRT Acknowledgments.

February 10, 2022

Big News: The archive's social media presence has merged with NExScI!

If you follow the Exoplanet Archive on Twitter or Facebook, you may have noticed the accounts now say NASA Exoplanet Science Institute, or NExScI. Don't worry, we are still here! This important update enables us to better serve the scientific community and inform them of not only Exoplanet Archive items, but also NExScI activities.

Why the change?

The NASA Exoplanet Science Institute (NExScI) provides science operations and services for NASA Exoplanet Exploration Program projects, which include the NASA Exoplanet Archive. By merging the archive's established social media presence with NExScI, we hope to introduce NExScI and its offerings to a wider audience.

For example, did you know NExScI administers and schedules NASA's portion of time on the Keck telescopes? And that NExScI assists with the NASA Hubble Fellowship Program and runs the annual Sagan Summer Workshop? And that NExScI operates the NEID Archive—NASA's newest Extreme Precision Radial Velocity spectrometer—as part of the NN-Explore Program? NExScI has also developed and maintains several public astronomy data archives and software tools, including the Keck Observatory Archive (KOA).

These are the kinds of things we hope to feature on Twitter and Facebook. (You can also learn more on the NExScI website: https://nexsci.caltech.edu/.)

What has changed

The archive's Twitter handle and Facebook page name have been changed from @NASAExoArchive to @NExScI_IPAC and @NExScI, respectively. If you were already following these accounts, you will just see the name change and more NExScI-inclusive content.

What isn't changing

The new NExScI Facebook and Twitter accounts will continue publishing archive news—including the weekly new planet count. If you were already following the Exoplanet Archive, there is no need for you to do anything.

If you're not following the accounts, please take a minute to do so now:

Follow @NExScI_IPAC (formerly @NASAExoArchive) on Twitter
Like us on Facebook

And if you're not on social media, you can always subscribe to our exoplanet-announce mailing list for a text version of our news updates.

February 3, 2022

We've added six planets this week, bringing the total number of planets in the archive to 4,914. Only 86 discoveries to go before we reach the next milestone of 5,000 planets!

The new planets are TOI-1064 b & c, TOI-2184 b, HD 22532 b, HD 64121 b, and HD 69123 b.

January 27, 2022

5 Planets and New ExoClock Ephemerides

One of this week's five new planets is b Cen AB b, an imaged planet that orbits two stars, each more massive than any other star known to host planets. Read the ESO media release and the Janson et al. discovery paper for details. The other four planets are OGLE-2018-BLG-0383L b, KMT-2021-BLG-0322L b, OGLE-2018-BLG-0532L b, and LTT 1445 A c.

We've also added orbital ephemerides for 180 transiting planets from the ExoClock project, which is part of the Atmospheric Remote-sensing Infrared Exoplanet Large-survey (ARIEL) space mission.

News panel image credit: ESO/Janson et al.

January 13, 2022

Happy New Year!

We're starting 2022 with 19 new planets, including two with media releases: the longest-period TESS planet found to date, and a new Kepler planet that may have its own moon!

Discovered by citizen scientists, TOI-2180 b is a TESS giant with a 261-day orbit. Learn more in this NASA web feature, the media release by the University of California, Riverside, and the discovery paper.

Kepler-1708 b is a newly validated planet orbited by a credible exomoon candidate called Kepler-1708 b i. This is the second exomoon candidate ever detected—the first was found orbiting Kepler-1625 b. Note that neither exomoon candidate is currently in the archive (yet). Read the Columbia University media release and the discovery paper about Kepler-1708 b.

The other new planets added to the archive this week are: KOI-4777.01 (a.k.a. Kepler-1971 b), Kepler-1705 b & c, BD+60 1417 b, HIP 75056 A b, HD 360 b, HD 10975 b, HD 79181 b, HD 99283 b, ups Leo b, HD 161178 b, HD 219139 b, gam Psc b, HIP 5763 b, HIP 34222 b, HIP 86221 b, and OGLE-2019-BLG-0960L b.

Access all the new data from the Planetary Systems Table and its companion table, Planetary Systems Composite Parameters, which offers a more complete table of planet parameters combined from multiple references and calculations.

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