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Exomoon Detection Methods
How to read this map and check its sources? Illustrated guide
From 59 papers on this topic published since 2021, kept out of the 219 most relevant results of our searches on OpenAlex. 9 preprints counted once with their published versions. Relevance was checked for the 120 closest papers only.
This is a sample of the field, not a census: a broad topic has many more papers than a map reads. Narrow the topic or edit the searches to map one part of it well.
The 4 searches run on OpenAlex · An overview of the field
- exomoon interferometric astrometry detection
- exomoon transit timing duration variations
- exomoon light curve detection methods
- exomoon detection observational limitations comparison
The landscape
The first approach emphasizes feasibility and observational constraints across multiple detection channels, the second concentrates on modeling photometric signals and interpreting timing variations, and the third emphasizes microlensing survey forecasts together with targeted imaging and transit searches. Astrometric methods seek changes in a planet’s measured position or wavelength-dependent centre of light, whereas transit methods seek moon-related light-curve structure or timing and duration changes, with the supplied papers highlighting small satellite sizes, signal preservation, alternative timing sources, single-event model flexibility, and systematic noise as limitations. Microlensing extends the search to free-floating and wide-separation systems through survey-dependent detection efficiencies, while direct imaging offers complementary satellite constraints; across the groups, detectability forecasts and upper limits remain distinct from confirmed detections.
People
Ordered by the papers of the map they sign, counting more those they sign first, last or as corresponding author. Author order says who did what in many fields, not who leads a team; it is not used in alphabetical author lists, nor after the first fifteen authors of a large collaboration.
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David Kipping
Light-curve Modeling and Timing Interpretation · 4Multi-method Detectability and Constraints · 3
Their papers on the topic
- JWST Excludes Exomoons Down to 0.1 Earth Radii Around a Rocky, Temperate Exoplanet
- A JWST Transit of a Jupiter Analog. II. A Search for Exomoons
- Mapping the Orbital Landscape of Perturbing Planet Solutions for Single-planet Systems with TTVs
- Transit duration and timing variations from binary planets
- An exomoon survey of 70 cool giant exoplanets and the new candidate Kepler-1708 b-i
- A JWST Transit of a Jupiter Analog. I. Constraints on the Oblateness of Kepler-167 e
- Not-so-fast Kepler-1513: a perturbing planetary interloper in the exomoon corridor
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Alex Teachey
Multi-method Detectability and Constraints · 5Light-curve Modeling and Timing Interpretation · 1
Their papers on the topic
- A JWST Transit of a Jupiter Analog. I. Constraints on the Oblateness of Kepler-167 e
- On the impact and utility of single-exomoon modelling for multimoon systems
- On the Impact and Utility of Single-Exomoon Modeling for Multi-Moon Systems
- Detecting and Characterizing Exomoons and Exorings (Handbook of Exoplanets, 2nd Edition)
- An exomoon survey of 70 cool giant exoplanets and the new candidate Kepler-1708 b-i
- A JWST Transit of a Jupiter Analog. II. A Search for Exomoons
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Evangelia Kleisioti
Multi-method Detectability and Constraints · 4
Their papers on the topic
- Direct detectability of tidally heated exomoons by photometric orbital modulation
- The spectroastrometric detectability of nearby Solar System-like exomoons
- Tidally heated exomoons around ϵ Eridani b: Observability and prospects for characterization
- Upper limits on exosatellites around $β$ Pictoris b
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René Heller
Multi-method Detectability and Constraints · 3Light-curve Modeling and Timing Interpretation · 1
Their papers on the topic
- Large exomoons unlikely around Kepler-1625 b and Kepler-1708 b
- Pandora: A fast open-source exomoon transit detection algorithm
- Signal preservation of exomoon transits during light curve folding
- Exomoons and Exorings with the Habitable Worlds Observatory. I. On the Detection of Earth–Moon Analog Shadows and Eclipses
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Matthew A. Kenworthy
Multi-method Detectability and Constraints · 3
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Michael Hippke
Multi-method Detectability and Constraints · 2Light-curve Modeling and Timing Interpretation · 1
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Daniel A. Yahalomi
Light-curve Modeling and Timing Interpretation · 3Multi-method Detectability and Constraints · 1
Their papers on the topic
- Mapping the Orbital Landscape of Perturbing Planet Solutions for Single-planet Systems with TTVs
- Not-so-fast Kepler-1513: a perturbing planetary interloper in the exomoon corridor
- A JWST Transit of a Jupiter Analog. II. A Search for Exomoons
- A JWST Transit of a Jupiter Analog. I. Constraints on the Oblateness of Kepler-167 e
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Mary Anne Limbach
Multi-method Detectability and Constraints · 2Microlensing Surveys and Targeted Searches · 2
Their papers on the topic
- Exomoons and Exorings with the Habitable Worlds Observatory. I. On the Detection of Earth–Moon Analog Shadows and Eclipses
- Occurrence Rates of Exosatellites Orbiting 3-30M$_{\rm Jup}$ Hosts from 44 Spitzer Light Curves
- Science potential of characterizing gas giant exoplanets with HWO
- Direct Imaging Constraints on Binary Planets and Exomoons around Epsilon Indi A b
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Andrew M. Vanderburg
Multi-method Detectability and Constraints · 4Microlensing Surveys and Targeted Searches · 1
Their papers on the topic
- Direct Imaging Constraints on Binary Planets and Exomoons around Epsilon Indi A b
- The JWST Search for Earth–Luna Analogs: Upper Limits on Exomoons and Refined Ephemerides for TOI 700 d and e
- Upper limits on exosatellites around $β$ Pictoris b
- Exomoons and Exorings with the Habitable Worlds Observatory. I. On the Detection of Earth–Moon Analog Shadows and Eclipses
- Occurrence Rates of Exosatellites Orbiting 3-30M$_{\rm Jup}$ Hosts from 44 Spitzer Light Curves
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Garvit Agarwal
Multi-method Detectability and Constraints · 2
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Gyula M. Szabó
Light-curve Modeling and Timing Interpretation · 1Multi-method Detectability and Constraints · 1
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Kevin Wagner
Multi-method Detectability and Constraints · 2
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Mario Sucerquia
Multi-method Detectability and Constraints · 2
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Prangsutip Cherdwongsung
Multi-method Detectability and Constraints · 2
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Suman Saha
Light-curve Modeling and Timing Interpretation · 2
Their papers on the topic
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Szilárd Kálmán
Light-curve Modeling and Timing Interpretation · 1Multi-method Detectability and Constraints · 1
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Eamonn J. Kerins
Microlensing Surveys and Targeted Searches · 3
Their papers on the topic
- Magnifying NASA Roman GBTDS exoplanet science with coordinated observations by ESA Euclid
- Predictions of the Nancy Grace Roman Space Telescope Galactic Exoplanet Survey. III. Detectability of Giant Exomoons of Wide-separation Giant Planets
- Euclid-Roman joint microlensing survey: Early mass measurement, free floating planets, and exomoons
-
Fei Dai
Multi-method Detectability and Constraints · 2Light-curve Modeling and Timing Interpretation · 1
Their papers on the topic
- Occurrence Rates of Exosatellites Orbiting 3-30M$_{\rm Jup}$ Hosts from 44 Spitzer Light Curves
- JWST and HST Confirm Transit Timing Variations for the Ultra-Hot Jupiter TOI-2109 b
- Stability and Detectability of Exomoons Orbiting HIP 41378 f, a Temperate Jovian Planet with an Anomalously Low Apparent Density
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Jean‐Philippe Beaulieu
Microlensing Surveys and Targeted Searches · 3
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Ben Cassese
Multi-method Detectability and Constraints · 1Light-curve Modeling and Timing Interpretation · 1
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Billy Edwards
Multi-method Detectability and Constraints · 1Light-curve Modeling and Timing Interpretation · 1
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E. Bachelet
Microlensing Surveys and Targeted Searches · 2
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Jean-Baptiste Ruffio
Multi-method Detectability and Constraints · 1Microlensing Surveys and Targeted Searches · 1
-
Nicolás Cuello
Multi-method Detectability and Constraints · 2
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Sarah Millholland
Multi-method Detectability and Constraints · 1Microlensing Surveys and Targeted Searches · 1
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T. O. Winterhalder
Multi-method Detectability and Constraints · 2
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Dimitri P. Mawet
Multi-method Detectability and Constraints · 1Light-curve Modeling and Timing Interpretation · 1Microlensing Surveys and Targeted Searches · 1
Their papers on the topic
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Matthew T. Penny
Microlensing Surveys and Targeted Searches · 3
Their papers on the topic
- Predictions of the Nancy Grace Roman Space Telescope Galactic Exoplanet Survey. III. Detectability of Giant Exomoons of Wide-separation Giant Planets
- Magnifying NASA Roman GBTDS exoplanet science with coordinated observations by ESA Euclid
- Euclid-Roman joint microlensing survey: Early mass measurement, free floating planets, and exomoons
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Alicia Pérez-Rodrigo
Multi-method Detectability and Constraints · 1
Their papers on the topic
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Annie C. Robin
Microlensing Surveys and Targeted Searches · 1
Their papers on the topic
Institutions
These are publication affiliations, not identified research teams. A national organization such as CNRS can include several independent laboratories.
Ordered by the papers one of their authors signs first, last or as corresponding author, then by their share of the papers: a paper signed by four institutions counts a quarter for each, so a large collaboration does not make each of its members look central.
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Columbia University · US
Light-curve Modeling and Timing Interpretation · 4Multi-method Detectability and Constraints · 3
Signing first, last or as corresponding author here: David Kipping (5), Daniel A. Yahalomi (2), Ben Cassese (1), Joheen Chakraborty (1)
Matching papers with this affiliation
- JWST Excludes Exomoons Down to 0.1 Earth Radii Around a Rocky, Temperate Exoplanet
- A JWST Transit of a Jupiter Analog. II. A Search for Exomoons
- A JWST Transit of a Jupiter Analog. I. Constraints on the Oblateness of Kepler-167 e
- Mapping the Orbital Landscape of Perturbing Planet Solutions for Single-planet Systems with TTVs
- Not-so-fast Kepler-1513: a perturbing planetary interloper in the exomoon corridor
- Transit duration and timing variations from binary planets
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Academia Sinica · TW
Multi-method Detectability and Constraints · 7Light-curve Modeling and Timing Interpretation · 1
Signing first, last or as corresponding author here: Alex Teachey (5), Garvit Agarwal (2), Mayank Narang (1)
Matching papers with this affiliation
- A JWST Transit of a Jupiter Analog. I. Constraints on the Oblateness of Kepler-167 e
- On the impact and utility of single-exomoon modelling for multimoon systems
- On the Impact and Utility of Single-Exomoon Modeling for Multi-Moon Systems
- Detecting and Characterizing Exomoons and Exorings (Handbook of Exoplanets, 2nd Edition)
- Radio-loud Exoplanet-exomoon Survey: GMRT Search for Electron Cyclotron Maser Emission
- An exomoon survey of 70 cool giant exoplanets and the new candidate Kepler-1708 b-i
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Institute of Astronomy and Astrophysics, Academia Sinica · TW
Multi-method Detectability and Constraints · 7Light-curve Modeling and Timing Interpretation · 1
Signing first, last or as corresponding author here: Alex Teachey (5), Garvit Agarwal (2), Mayank Narang (1)
Matching papers with this affiliation
- A JWST Transit of a Jupiter Analog. I. Constraints on the Oblateness of Kepler-167 e
- On the impact and utility of single-exomoon modelling for multimoon systems
- On the Impact and Utility of Single-Exomoon Modeling for Multi-Moon Systems
- Detecting and Characterizing Exomoons and Exorings (Handbook of Exoplanets, 2nd Edition)
- Radio-loud Exoplanet-exomoon Survey: GMRT Search for Electron Cyclotron Maser Emission
- An exomoon survey of 70 cool giant exoplanets and the new candidate Kepler-1708 b-i
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Leiden Observatory · NL
Multi-method Detectability and Constraints · 6Microlensing Surveys and Targeted Searches · 1
Signing first, last or as corresponding author here: Evangelia Kleisioti (4), Matthew A. Kenworthy (4), Ioannis Koutalios (1), Quirijn Benjamin van Woerkom (1)
Matching papers with this affiliation
- Upper limits on exosatellites around $β$ Pictoris b
- Direct detectability of tidally heated exomoons by photometric orbital modulation
- Direct detectability of tidally heated exomoons by photometric orbital modulation
- The spectroastrometric detectability of nearby Solar System-like exomoons
- Tidally heated exomoons around ϵ Eridani b: Observability and prospects for characterization
- Exomoon search with VLTI/GRAVITY around the substellar companion HD 206893 B
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Leiden University · NL
Multi-method Detectability and Constraints · 6Microlensing Surveys and Targeted Searches · 1
Signing first, last or as corresponding author here: Evangelia Kleisioti (4), Matthew A. Kenworthy (4), Ioannis Koutalios (1), Quirijn Benjamin van Woerkom (1)
Matching papers with this affiliation
- Upper limits on exosatellites around $β$ Pictoris b
- Direct detectability of tidally heated exomoons by photometric orbital modulation
- Direct detectability of tidally heated exomoons by photometric orbital modulation
- The spectroastrometric detectability of nearby Solar System-like exomoons
- Tidally heated exomoons around ϵ Eridani b: Observability and prospects for characterization
- Exomoon search with VLTI/GRAVITY around the substellar companion HD 206893 B
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Massachusetts Institute of Technology · US
Multi-method Detectability and Constraints · 9Microlensing Surveys and Targeted Searches · 2Light-curve Modeling and Timing Interpretation · 1
Signing first, last or as corresponding author here: Emily Pass (1), Joheen Chakraborty (1), Matson Garza (1), Sarah Millholland (1)
Matching papers with this affiliation
- The JWST Search for Earth–Luna Analogs: Upper Limits on Exomoons and Refined Ephemerides for TOI 700 d and e
- Direct Imaging Constraints on Binary Planets and Exomoons around Epsilon Indi A b
- Exploring exoplanet dynamics with JWST: Tides, rotation, rings, and moons
- Transit duration and timing variations from binary planets
- A JWST Transit of a Jupiter Analog. II. A Search for Exomoons
- Upper limits on exosatellites around $β$ Pictoris b
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Delft University of Technology · NL
Multi-method Detectability and Constraints · 5
Signing first, last or as corresponding author here: Evangelia Kleisioti (4), Quirijn Benjamin van Woerkom (1)
Matching papers with this affiliation
- Direct detectability of tidally heated exomoons by photometric orbital modulation
- Direct detectability of tidally heated exomoons by photometric orbital modulation
- The spectroastrometric detectability of nearby Solar System-like exomoons
- Tidally heated exomoons around ϵ Eridani b: Observability and prospects for characterization
- Upper limits on exosatellites around $β$ Pictoris b
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University of Arizona · US
Multi-method Detectability and Constraints · 5Microlensing Surveys and Targeted Searches · 1
Signing first, last or as corresponding author here: Kevin Wagner (1), Kevin Wagner (1), Tyler D. Robinson (1), Tyler D. Robinson (1)
Matching papers with this affiliation
- A Scalable Path to Astrometric Exomoon Discoveries with the Nautilus Space Observatory
- Astrometric Methods for Detecting Exomoons Orbiting Imaged Exoplanets: Prospects for Detecting Moons Orbiting a Giant Planet in α Centauri A’s Habitable Zone
- Exomoons and Exorings with the Habitable Worlds Observatory. I. On the Detection of Earth–Moon Analog Shadows and Eclipses
- Exomoons & Exorings with the Habitable Worlds Observatory I: On the Detection of Earth-Moon Analog Shadows & Eclipses
- Science potential of characterizing gas giant exoplanets with HWO
- Tidally heated exomoons around ϵ Eridani b: Observability and prospects for characterization
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University of California, Berkeley · US
Multi-method Detectability and Constraints · 3Light-curve Modeling and Timing Interpretation · 1
Signing first, last or as corresponding author here: Michael Hippke (3), Caleb K. Harada (1)
Matching papers with this affiliation
- Large exomoons unlikely around Kepler-1625 b and Kepler-1708 b
- Stability and Detectability of Exomoons Orbiting HIP 41378 f, a Temperate Jovian Planet with an Anomalously Low Apparent Density
- Pandora: A fast open-source exomoon transit detection algorithm
- Signal preservation of exomoon transits during light curve folding
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Peking University · CN
Light-curve Modeling and Timing Interpretation · 2Microlensing Surveys and Targeted Searches · 1
Signing first, last or as corresponding author here: Yueyun Ouyang (2), Haozhu Fu (1), Subo Dong (1), X Y Song (1), Xinyi Song (1)
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Max Planck Institute for Solar System Research · DE
Multi-method Detectability and Constraints · 4Light-curve Modeling and Timing Interpretation · 1
Signing first, last or as corresponding author here: René Heller (3)
Matching papers with this affiliation
- Large exomoons unlikely around Kepler-1625 b and Kepler-1708 b
- Pandora: A fast open-source exomoon transit detection algorithm
- Signal preservation of exomoon transits during light curve folding
- Exomoons and Exorings with the Habitable Worlds Observatory. I. On the Detection of Earth–Moon Analog Shadows and Eclipses
- Exomoons & Exorings with the Habitable Worlds Observatory I: On the Detection of Earth-Moon Analog Shadows & Eclipses
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University of Michigan · US
Multi-method Detectability and Constraints · 4Microlensing Surveys and Targeted Searches · 2
Signing first, last or as corresponding author here: Mary Anne Limbach (3)
Matching papers with this affiliation
- Exomoons and Exorings with the Habitable Worlds Observatory. I. On the Detection of Earth–Moon Analog Shadows and Eclipses
- Occurrence Rates of Exosatellites Orbiting 3-30M$_{\rm Jup}$ Hosts from 44 Spitzer Light Curves
- Exomoons & Exorings with the Habitable Worlds Observatory I: On the Detection of Earth-Moon Analog Shadows & Eclipses
- Science potential of characterizing gas giant exoplanets with HWO
- Direct Imaging Constraints on Binary Planets and Exomoons around Epsilon Indi A b
- Exomoon search with VLTI/GRAVITY around the substellar companion HD 206893 B
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California Institute of Technology · US
Multi-method Detectability and Constraints · 5Microlensing Surveys and Targeted Searches · 1
Signing first, last or as corresponding author here: Charles Beichman (1), Fei Dai (1), Jean-Baptiste Ruffio (1), Jerry W. Xuan (1)
Matching papers with this affiliation
- Astrometric Methods for Detecting Exomoons Orbiting Imaged Exoplanets: Prospects for Detecting Moons Orbiting a Giant Planet in α Centauri A’s Habitable Zone
- Occurrence Rates of Exosatellites Orbiting 3-30M$_{\rm Jup}$ Hosts from 44 Spitzer Light Curves
- Detecting Exomoons from Radial Velocity Measurements of Self-luminous Planets: Application to Observations of HR 7672 B and Future Prospects
- Science potential of characterizing gas giant exoplanets with HWO
- Stability and Detectability of Exomoons Orbiting HIP 41378 f, a Temperate Jovian Planet with an Anomalously Low Apparent Density
- An exomoon survey of 70 cool giant exoplanets and the new candidate Kepler-1708 b-i
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Sonneberg Observatory · DE
Multi-method Detectability and Constraints · 2Light-curve Modeling and Timing Interpretation · 1
Signing first, last or as corresponding author here: Michael Hippke (3)
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Centre National de la Recherche Scientifique · FR
Multi-method Detectability and Constraints · 5Microlensing Surveys and Targeted Searches · 3
Signing first, last or as corresponding author here: Annie C. Robin (1), E. Bachelet (1), Mario Sucerquia (1), Nicolás Cuello (1), Quentin Kral (1)
Matching papers with this affiliation
- Exomoon search with VLTI/GRAVITY around the substellar companion HD 206893 B
- Extreme exomoons in WASP-49 Ab: Dynamics and detectability
- Euclid-Roman joint microlensing survey: Early mass measurement, free floating planets, and exomoons
- Astrometric exomoon detection by means of optical interferometry
- Stability and Detectability of Exomoons Orbiting HIP 41378 f, a Temperate Jovian Planet with an Anomalously Low Apparent Density
- Magnifying NASA Roman GBTDS exoplanet science with coordinated observations by ESA Euclid
Approaches
The papers are grouped by the similarity of their titles and abstracts; an AI names each group from its papers. A paper is in one group only.
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Multi-method Detectability and Constraints
These papers assess exomoon searches through interferometric and relative astrometry, spectroastrometry, planetary radial velocities, simulated and observed transits, and mutual shadows or eclipses, while examining dynamical survival, instrumental sensitivity, transit-model flexibility, and systematic noise.
People: Alex Teachey, Evangelia Kleisioti, Andrew M. Vanderburg, David Kipping, René Heller, Matthew A. Kenworthy
Institutions: Massachusetts Institute of Technology, Academia Sinica, Institute of Astronomy and Astrophysics, Academia Sinica, Leiden Observatory, Leiden University
Its papers
- JWST Excludes Exomoons Down to 0.1 Earth Radii Around a Rocky, Temperate Exoplanet
- That’s no moon: Exomoon survival and detection limitations
- The JWST Search for Earth–Luna Analogs: Upper Limits on Exomoons and Refined Ephemerides for TOI 700 d and e
- Planetary-mass exosatellite detected around the substellar companion of a star
- A JWST Transit of a Jupiter Analog. II. A Search for Exomoons
- A Scalable Path to Astrometric Exomoon Discoveries with the Nautilus Space Observatory
- Upper limits on exosatellites around $β$ Pictoris b
- A simulation study of detecting exomoons using the Earth 2.0 (ET) mission
- Exomoon search with VLTI/GRAVITY around the substellar companion HD 206893 B
- Exomoons and Exorings: Detection, Formation and Habitability under the Influence of Gamma-Ray Bursts
- Astrometric exomoon detection by means of optical interferometry
- Astrometric Methods for Detecting Exomoons Orbiting Imaged Exoplanets: Prospects for Detecting Moons Orbiting a Giant Planet in α Centauri A’s Habitable Zone
- Exploring exoplanet dynamics with JWST: Tides, rotation, rings, and moons
- Polarimetry of exoplanet-exomoon systems
- Extreme exomoons in WASP-49 Ab: Dynamics and detectability
- Exomoons and Exorings with the Habitable Worlds Observatory. I. On the Detection of Earth–Moon Analog Shadows and Eclipses
- Direct detectability of tidally heated exomoons by photometric orbital modulation
- Direct detectability of tidally heated exomoons by photometric orbital modulation
- Occurrence Rates of Exosatellites Orbiting 3-30M$_{\rm Jup}$ Hosts from 44 Spitzer Light Curves
- Exomoons & Exorings with the Habitable Worlds Observatory I: On the Detection of Earth-Moon Analog Shadows & Eclipses
- On the impact and utility of single-exomoon modelling for multimoon systems
- The “Drake Equation” of Exomoons—A Cascade of Formation, Stability and Detection
- On the Impact and Utility of Single-Exomoon Modeling for Multi-Moon Systems
- The spectroastrometric detectability of nearby Solar System-like exomoons
- Detecting and Characterizing Exomoons and Exorings (Handbook of Exoplanets, 2nd Edition)
- Large exomoons unlikely around Kepler-1625 b and Kepler-1708 b
- Stability and Detectability of Exomoons Orbiting HIP 41378 f, a Temperate Jovian Planet with an Anomalously Low Apparent Density
- Tidally heated exomoons around ϵ Eridani b: Observability and prospects for characterization
- Detecting Exomoons from Radial Velocity Measurements of Self-luminous Planets: Application to Observations of HR 7672 B and Future Prospects
- Microlensing due to free-floating moon-planet systems
- Radio-loud Exoplanet-exomoon Survey: GMRT Search for Electron Cyclotron Maser Emission
- Pandora: A fast open-source exomoon transit detection algorithm
- An exomoon survey of 70 cool giant exoplanets and the new candidate Kepler-1708 b-i
- Detectability of exomoons with transit technique from space-based telescopes
- Cronomoons : origin, dynamics, and light-curve features of ringed exomoons
- Detectability of exomoons by examining the signals from a model of transiting exoplanets with moons
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Light-curve Modeling and Timing Interpretation
These papers develop analytical and photodynamic transit models, examine signal preservation during light-curve folding and effects on thermal phase curves, and interpret timing and duration variations alongside alternative explanations such as perturbing planets, overlapping binary-planet transits, and planetary oblateness.
People: David Kipping, Daniel A. Yahalomi, Suman Saha, Alex Teachey, René Heller, Michael Hippke
Institutions: Columbia University, Peking University, Academia Sinica, Institute of Astronomy and Astrophysics, Academia Sinica, Massachusetts Institute of Technology
Its papers
- JWST and HST Confirm Transit Timing Variations for the Ultra-Hot Jupiter TOI-2109 b
- Investigating Transit Variations in the Exoplanets WASP-12b, KPS-1b and HAT-P-12b Using Publicly Available Data and Observations from OpenScience Observatories
- The influence of hypothetical exomoons on planetary thermal phase curves
- The influence of hypothetical exomoons on planetary thermal phase curves
- A JWST Transit of a Jupiter Analog. I. Constraints on the Oblateness of Kepler-167 e
- Mapping the Orbital Landscape of Perturbing Planet Solutions for Single-planet Systems with TTVs
- Analytical Lightcurves for Transiting Exomoons
- Modelling the light curves of transiting exomoons: a zero-order photodynamic agent added to the Transit and Light Curve Modeller
- Not-so-fast Kepler-1513: a perturbing planetary interloper in the exomoon corridor
- Spectroastrometry and Imaging Science with Photonic Lanterns on Extremely Large Telescopes
- Transit duration and timing variations from binary planets
- Transit Light Curves for Exomoons: Analytical Formalism
- Analytic Light Curve for Mutual Transits of Two Bodies Across a Limb-darkened Star
- Signal preservation of exomoon transits during light curve folding
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Microlensing Surveys and Targeted Searches
These papers predominantly forecast microlensing sensitivity to moons of free-floating and wide-separation planets and benefits of coordinated surveys, alongside direct-imaging prospects and constraints, a transit search within a planet’s Hill sphere, and companion searches using photometry and transit timing.
People: Eamonn J. Kerins, Jean‐Philippe Beaulieu, Matthew T. Penny, Mary Anne Limbach, E. Bachelet, Andrew M. Vanderburg
Institutions: Centre National de la Recherche Scientifique, Massachusetts Institute of Technology, University of Michigan, Leiden Observatory, Leiden University
Its papers
- Science potential of characterizing gas giant exoplanets with HWO
- Direct Imaging Constraints on Binary Planets and Exomoons around Epsilon Indi A b
- Predictions of the Nancy Grace Roman Space Telescope Galactic Exoplanet Survey. III. Detectability of Giant Exomoons of Wide-separation Giant Planets
- Detecting Exomoons in Free-floating-planet Events from Space-based Microlensing Surveys
- Search for Planets in Hot Jupiter Systems with Multi-Sector TESS Photometry. IV. Null Detections in 12 Systems
- Hunting for Cold Exoplanets via Microlensing
- Magnifying NASA Roman GBTDS exoplanet science with coordinated observations by ESA Euclid
- A full transit of v2 Lupi d and the search for an exomoon in its Hill sphere with CHEOPS
- Euclid-Roman joint microlensing survey: Early mass measurement, free floating planets, and exomoons
Papers
- Science potential of characterizing gas giant exoplanets with HWO
- JWST Excludes Exomoons Down to 0.1 Earth Radii Around a Rocky, Temperate Exoplanet
- JWST and HST Confirm Transit Timing Variations for the Ultra-Hot Jupiter TOI-2109 b
- That’s no moon: Exomoon survival and detection limitations
- The JWST Search for Earth–Luna Analogs: Upper Limits on Exomoons and Refined Ephemerides for TOI 700 d and e
- Planetary-mass exosatellite detected around the substellar companion of a star
- Investigating Transit Variations in the Exoplanets WASP-12b, KPS-1b and HAT-P-12b Using Publicly Available Data and Observations from OpenScience Observatories
- A JWST Transit of a Jupiter Analog. II. A Search for Exomoons
- A Scalable Path to Astrometric Exomoon Discoveries with the Nautilus Space Observatory
- Upper limits on exosatellites around $β$ Pictoris b
- Direct Imaging Constraints on Binary Planets and Exomoons around Epsilon Indi A b
- The influence of hypothetical exomoons on planetary thermal phase curves
- The influence of hypothetical exomoons on planetary thermal phase curves
- A simulation study of detecting exomoons using the Earth 2.0 (ET) mission
- A JWST Transit of a Jupiter Analog. I. Constraints on the Oblateness of Kepler-167 e
- Mapping the Orbital Landscape of Perturbing Planet Solutions for Single-planet Systems with TTVs
- Exomoon search with VLTI/GRAVITY around the substellar companion HD 206893 B
- Exomoons and Exorings: Detection, Formation and Habitability under the Influence of Gamma-Ray Bursts
- Predictions of the Nancy Grace Roman Space Telescope Galactic Exoplanet Survey. III. Detectability of Giant Exomoons of Wide-separation Giant Planets
- Astrometric exomoon detection by means of optical interferometry
- Astrometric Methods for Detecting Exomoons Orbiting Imaged Exoplanets: Prospects for Detecting Moons Orbiting a Giant Planet in α Centauri A’s Habitable Zone
- Exploring exoplanet dynamics with JWST: Tides, rotation, rings, and moons
- Detecting Exomoons in Free-floating-planet Events from Space-based Microlensing Surveys
- Polarimetry of exoplanet-exomoon systems
- Extreme exomoons in WASP-49 Ab: Dynamics and detectability
- Exomoons and Exorings with the Habitable Worlds Observatory. I. On the Detection of Earth–Moon Analog Shadows and Eclipses
- Direct detectability of tidally heated exomoons by photometric orbital modulation
- Direct detectability of tidally heated exomoons by photometric orbital modulation
- Occurrence Rates of Exosatellites Orbiting 3-30M$_{\rm Jup}$ Hosts from 44 Spitzer Light Curves
- Exomoons & Exorings with the Habitable Worlds Observatory I: On the Detection of Earth-Moon Analog Shadows & Eclipses
- On the impact and utility of single-exomoon modelling for multimoon systems
- The “Drake Equation” of Exomoons—A Cascade of Formation, Stability and Detection
- On the Impact and Utility of Single-Exomoon Modeling for Multi-Moon Systems
- The spectroastrometric detectability of nearby Solar System-like exomoons
- Detecting and Characterizing Exomoons and Exorings (Handbook of Exoplanets, 2nd Edition)
- Analytical Lightcurves for Transiting Exomoons
- Large exomoons unlikely around Kepler-1625 b and Kepler-1708 b
- Search for Planets in Hot Jupiter Systems with Multi-Sector TESS Photometry. IV. Null Detections in 12 Systems
- Modelling the light curves of transiting exomoons: a zero-order photodynamic agent added to the Transit and Light Curve Modeller
- Stability and Detectability of Exomoons Orbiting HIP 41378 f, a Temperate Jovian Planet with an Anomalously Low Apparent Density
- Not-so-fast Kepler-1513: a perturbing planetary interloper in the exomoon corridor
- Hunting for Cold Exoplanets via Microlensing
- Magnifying NASA Roman GBTDS exoplanet science with coordinated observations by ESA Euclid
- Tidally heated exomoons around ϵ Eridani b: Observability and prospects for characterization
- A full transit of v2 Lupi d and the search for an exomoon in its Hill sphere with CHEOPS
- Detecting Exomoons from Radial Velocity Measurements of Self-luminous Planets: Application to Observations of HR 7672 B and Future Prospects
- Microlensing due to free-floating moon-planet systems
- Spectroastrometry and Imaging Science with Photonic Lanterns on Extremely Large Telescopes
- Transit duration and timing variations from binary planets
- Radio-loud Exoplanet-exomoon Survey: GMRT Search for Electron Cyclotron Maser Emission
- Transit Light Curves for Exomoons: Analytical Formalism
- Analytic Light Curve for Mutual Transits of Two Bodies Across a Limb-darkened Star
- Pandora: A fast open-source exomoon transit detection algorithm
- Euclid-Roman joint microlensing survey: Early mass measurement, free floating planets, and exomoons
- An exomoon survey of 70 cool giant exoplanets and the new candidate Kepler-1708 b-i
- Detectability of exomoons with transit technique from space-based telescopes
- Signal preservation of exomoon transits during light curve folding
- Cronomoons : origin, dynamics, and light-curve features of ringed exomoons
- Detectability of exomoons by examining the signals from a model of transiting exoplanets with moons
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