Poster #
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Author
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Title (click title to view poster)
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1 |
Adamski, Hanna (UCLA) |
Atmospheric Characterization of TOI-1685b using JWST NIRISS SOSS
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2 |
Adamson, Aleyna (University of Birmingham, UK) |
Detecting Circumbinary Planets Using Radial Velocity Methods
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3 |
An, Qier (Johns Hopkins University) |
Orbits and Masses from RV and Astrometry
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4 |
Bae, Jangho (Seoul National University) |
Transit Spectroscopy Using Medium-Band Filters with the 7-Dimensional Telescope
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5 |
Baniya, Kishor (Caldwell University and Nepal Astronomical Society) |
Life Beyond Earth: Exploring Machine Learning and Earth Similarity Index (ESI) for Exoplanet Habitability Estimation
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6 |
Blodgett, Steven (Brigham Young University) |
Modeling The True Underlying Mass-Radius-Period Distribution of Kepler Exoplanets
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7 |
Bromley, Joshua (University of Toronto) |
Gas Giants and Their Friends: How Gas Giant Properties Vary with Inner Companions
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8 |
Burns-Watson, Nathanael (University of Texas at Austin) |
Determining The Host Stars of Planets in Binary Star Systems
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9 |
Caccherano, Beatrice (Queen Mary University of Londonn) |
A dedicated search for young transiting planets with TESS
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10 |
Carrillo, Israel (University of Colorado Boulder) |
Probing the Role of Water in Shaping Planetary Mantles
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11 |
Chai, Yiwei (Johns Hopkins University) |
Preparing for Transiting Exoplanet Atmosphere Science with Roman
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12 |
Chakrabarty, Aritra (NASA Ames Research Center) |
The Radius Cliff is a Waterfall: ExplainingSub-Neptunes with Steam Worlds
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13 |
Chin, Laura (Boston University) |
INVESTIGATING CORE INDUCTION EFFECT ON ATMOSPHERIC ESCAPE AND IMPLICATIONS FOR HABITABILITY
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14 |
Dennen, Henry (Amherst College) |
HD 95735 c: New Dynamical Mass for a Nearby, Cold Neptune from the NEID Earth Twin Survey
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15 |
DeRocco, William (University of Maryland, College Park) |
Free-floating planets in the era of Roman
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16 |
Dholakia, Shishir (University of Southern Queensland) |
The occurrence of planets around M dwarfs with TESS
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17 |
Elliott, Ashley (Louisiana State University) |
One Big Exoplanet Family: A Comprehensive Analysis of the HD 219134 System
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18 |
Feliz, Dax (Flatiron Institute Center for Computational Astrophysics) |
NEMESIS II: Exoplanet TraNsit SurvEy of Nearby M-dwarfs in TESS FFIS
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19 |
Finley, Claire (The University of Texas at Austin) |
Synthesizing Accretion and Circumplanetary Disk Properties of a Wide Orbit Planet with HST and JWST
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20 |
Haidar, Mariam (KU Leuven) |
Calibrating our search for exo-worlds with MARVEL
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21 |
Harada, Caleb (UC Berkeley) |
SPORES-HWO. II. Companion Mass Limits for Future Exo-Earth Survey Target Stars from 30 Years of Precision Radial Velocity Monitoring
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22 |
Hardegree-Ullman, Kevin (Caltech/IPAC-NExScI) |
Scaling K2: Short-Period Sub-Neptune Occurrence Rates Peak Around Early-Type M Dwarfs
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23 |
He, Matthias (NASA Ames Research Center, ORAU) |
Architectures of Exoplanetary Systems: Towards a Multi-planet Model for Reproducing the Kepler Patterns in Planet Sizes
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24 |
Hotnisky, Andrew (Penn State University) |
A Survey of Planet Populations in the TESS Continuous Viewing Zone
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25 |
Householder, Megan (Arizona State University) |
Surface Energy Measurements of Silicates with Application to Nucleation and Condensation in Exoplanet Atmospheres WASP-17b and VHS 1256b
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26 |
Howe, Alex (Catholic University of America) |
A Classification of the Architectures of Planetary Systems
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27 |
Huchmala, Rachel (Boise State University) |
Leveraging Small Telescopes to Investigate the HAT-P-37 System
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28 |
Jackson, Brian (AAS Journals) |
The AAS Planetary Science Journal
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29 |
Keller, Finnegan (Arizona State University) |
Higher-Order Mean-Motion Resonances Can Form in Type-I Disk Migration
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30 |
Khandelwal, Akanksha (Instituto de Astronomia, UNAM, Mexico) |
Do brown dwarfs Host small planets? Initial Results from SAINT-EX photometric survey
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31 |
Kimani-Stewart, Karina (Georgia State University) |
Is M Dwarf Rotation Rate a Clue to Planetary Presence?
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32 |
Lam, Christopher (University of Florida) |
A Late-Time Rise in Planet Occurrence Reproduces the Galactic Height Trend in Planet Occurrence
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33 |
Lamitina, Luke (California Institute of Technology) |
Cerberus: Modeling the Atmospheric Composition of Exoplanets for ARIEL/CASE
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34 |
Lastovka, Matthew (University of Maryland - College Park) |
Investigating Transiting Planets in the ULTRASAT Fields
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35 |
Li, Yiting (University of Michigan, Ann Arbor) |
Demographics of low-mass companions: from M dwarfs to A stars
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36 |
Lin, LinHong (Zhejiang University) |
Resonance Capture and Stability Analysis for Planet Pairs under Type I Disk Migration
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37 |
M Parashivamurthy, Harshitha (University of Chile) |
Exploring the Radius Valley among the lowest mass stars with TESS
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38 |
Mathur, Devansh (University of Wisconsin - Madison) |
Investigating the Formation of Planets Interior to in situ hot Jupiters
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39 |
McCreery, Patrick (Johns Hopkins University) |
Accurate, Precise, and Homogeneous Exoplanet Host Star Parameters Across the Whole Sky
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40 |
McEwen, Eden (University of Arizona) |
MagAO-X visible imaging of ?-pic b
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41 |
Plavalova, Eva (The Mathematical Institute of the Slovak Academy of Sciences) |
ExoClass & SysClass: A Compact Code for Classifying Exoplanets and Planetary Systems
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42 |
Radzom, Brandon (Indiana University) |
Evidence for Primordial Alignment: Insights from Stellar Obliquity Measurements for Giants in Compact Systems
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43 |
Ramirez Delgado, Victor (University of Delaware) |
Frequency Domain Activity Correction (fdac): A new Tool in Subtracting Stellar Activity in Planet Searches
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44 |
Rhem, Maleah (University of Kansas) |
Radial Velocity Analysis of K2 Exoplanetary Systems using HIRES
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45 |
Rukdee, Surangkhana (MPE) |
Instrumentation prospects for rocky exoplanet atmospheres with high-resolution spectroscopy
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46 |
Sagear, Sheila (University of Florida) |
The Orbital Eccentricity--Radius Relation for Planets Orbiting M Dwarfs
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47 |
Scott, Maddy (University of Birmingham) |
A Bayesian approach to assessing the sensitivity of detecting planets in photometric data
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48 |
Sethi, Ritika (Massachusetts Institute of Technology) |
Tidal Inflation is Stronger for Misaligned Neptune-Sized Planets Than Aligned Ones
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49 |
Shaw, David (University of Notre Dame) |
Updated Masses for Kepler-90's Gas Giants Via Transit-Timing Variation and Radial Velocity Observations
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50 |
Smith, Cole (University of Maryland, College Park) |
Lava Lamps: Early Observations of TOI431b and TOI1416b in Secondary Eclipse for Possible Silicate Atmospheres
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51 |
Stamer, Sarah (University of New Mexico) |
Analyzing Spectral Features in the JWST/NIRSpec Transmission Spectrum of LTT 9779b
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52 |
Stuber, Thomas (The University of Arizona) |
An eccentric stellar companion in the hot dust system ? Tucanae A
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53 |
Sur, Ankan (Princeton University) |
SIMULTANEOUS EVOLUTIONARY FITS TO JUPITER AND SATURN WITH FUZZY CORES
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54 |
Tajer, Haniyeh (The Ohio State University) |
How did Mercury get its Iron heart?
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55 |
Taylor, Stuart Fisher (SETI Institute / Participation Worldscope) |
The Main Broad Peak: Characterizations and Features
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56 |
Thomas, Coleman (Alex) (University of Notre Dame) |
Biases From Missing a Small Planet in High Multiplicity Systems
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57 |
Tiburcio, Emelly (Louisiana State University) |
Surface Brightness Relations With The Nancy Grace Roman Space Telescope
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58 |
Wang, Esther (York University) |
Vaporized Rock Rain: Direct Detection of SiO in the Atmosphere of Ultra-Hot Jupiter WASP-178b
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59 |
Weible, Gabe (University of Arizona) |
Mid-IR High-Contrast Imaging with LBTI at >100 Myr
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60 |
Weldon, Grant (UCLA) |
The Stellar Eccentric Kozai-Lidov Mechanism as a Key Driver of Cold Jupiter Eccentricities
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61 |
Zamora, Catalina (University of Massachusetts) |
Simulating Scatter in Populations of Accreting Substellar Objects
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62 |
Zhang, Elina (Institute for Astronomy, University of Hawai'i at Mānoa) |
TOI-880: A Dynamically Cold, Aligned, Coplanar Multi-Planet System ---- Adding to the Demographic Portrait of Compact, Multi-Transiting Systems
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remote |
Barrera, Kaylee (MIT) |
Evaluating Gaussian Process Models of Stellar Activity in Radial Velocity Data
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remote |
Bhure, Sakhee (University of Southern Queensland) |
SEARCHING FOR SMALL PLANETS? Shallow Transit Detection with Precsion Photometry at Minerva-Australis
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remote |
Biswas, Shraddha (INDIAN CENTRE FOR SPACE PHYSICS) |
Investigating Transit Timing Variations in the Exoplanet TrES-2b in TESS Era
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remote |
Cerqueira Santana dos Santos, Cinthya (Universidade Federal de Sergipe) |
PHYSICAL-CHEMICAL CHARACTERISATION OF THE GJ 3470 EXOPLANETARY SYSTEM
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remote |
Deka, Tonmoy (NISER Bhubaneswar) |
NEXOTRANS - Next-generation exoplanet retrieval and analysis.
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remote |
Dwivedi, Samridhi (Amity University, Noida, UP, India) |
Habitability of Various Classes of Exoplanets
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remote |
Flores Gaitán, Oscar Andrés (University of Delaware / Universidad del Valle de Guatemala) |
Disentangling Planetary and Stellar Signals in Barnard's Star
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remote |
Godfrey, Matthew (University of Warwick) |
Spatial Mapping of Atmospheric Winds and Sodium Absorption on HD 189733b Using TERMINATOR
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remote |
Gogna, Jupiter (Granite Bay High School) |
Modeling Jupiter's Galilean Moons: A Gateway to Exoplanet Detection Techniques
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remote |
Guimarães, Tarek (Universidade Federal do Rio de Janeiro) |
Astrobiologically interesting stars within 20 parsecs of the Sun
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remote |
Hazra, Srishti (Edison Academy Magnet School) |
Exoplanet Candidate Detection Through TESS Light Curve Analysis
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remote |
Jofré, Emiliano (Observatorio Astronómico de Córdoba // CONICET) |
The TESS/MAROON-X survey for transiting planets around thick-disk stars: first results
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remote |
Kovacs, Andre O. (Center for Radio Astronomy and Astrophysics Mackenzie (CRAAM)) |
The Transit Mapping Method for Modelling Stellar Activity Contamination in Transits of CoRoT-2 b using ECLIPSE
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remote |
Kumar, Varnana M. (Cambridge Institute of Technology Bangalore 560036) |
ON THE HABITABILITY OF PROXIMA CENTUARI B:AN UPDATE
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remote |
Laurent, Berenice (University of Hertfordshire) |
Using Variability to identify Young Stars and search for Planetary Mass companions
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remote |
Martinez, Cintia (Observatorio Astronómico de Córdoba) |
VARIABILITY IN ACTIVE BINARIES: THE STELLAR METALLICITY AND ACTIVITY CORRELATION
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remote |
Monteiro, Telmo (Institute of Astrophysics and Space Sciences / University of Porto) |
Analysis of NIR activity indices for exoplanet detection and characterization
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remote |
Nath, Arushi (MonitorMyPlanet) |
NEPTUNE: N-body Exoplanet Prediction Using TTV for Unseen Exoplanets
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remote |
Neupane, Bishal (ASK Astronomy Squad of Koshi ) |
A Branching-Diagram Framework for Understanding Planetary Populations
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remote |
Pandey, Shreesham (Kirori Mal College, University of Delhi) |
Theoretical Modeling of Rogue Planet Demographics: Novel Mass Functions for Ejection Mechanisms
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remote |
Pandey, Shreesham (Kirori Mal College, University of Delhi) |
Rogue Planets Sculpting Exoplanetary Demographics
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remote |
Phillippe, Myrla (University of Central Florida) |
A Mid-Res Grid of Contribution Functions Characterizing Brown Dwarf Atmospheres
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remote |
Ranshaw, Jessica (Indiana University Bloomington) |
K2-232c: The Cold Jupiter That Redefined the Origins of Hot and Warm Jupiters
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remote |
Saadi, Kaoutar (Cadi Ayyad University, Oukaimeden Observatory, Marrakech, Morocco) |
Ground-Based Photometric Follow-up of TESS Exoplanet Candidates: A Case Study of TOI-5956.01
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remote |
salah Afifi, Alaa (Kepler Space University) |
Formation of Second-Generation Exoplanets in Resonant Fallback Disks Around Black Holes
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remote |
San Nicolas Martinez, Carmen (Instituto de Astrofísica e Ciências do Espaço (IA)) |
A novel Line-by-Line RV code: Paving the Way for Earth-like Planet Discovery
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remote |
Sheneman, Allyson (Stony Brook University) |
How significantly does Earth's atmosphere affect our ability to investigate the atmospheric spectra of exoplanets?
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remote |
Turner, Daisy (University of Birmingham) |
Gliese 12 b: the mass of an exo-Venus, as revealed by HARPS-N, ESPRESSO, and CARMENES
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remote |
Zuloaga, Camila (Observatorio Astronómico de la Universidad Nacional de Córdoba (OAC-UNC)) |
Spectroscopic and photometric characterization of evolved stars with substellar companions
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