Poster Boards are 4′ x 4′ (usable area 46″ x 46″). We strongly recommend that posters
be 36″ x 46″ in either landscape or portrait mode. The 46″ dimension is not an error — 46″ will ensure that your entire poster fits within the metal frame of the poster board. Velcro tape will be provided to hang your posters. Pins, thumb tacks, or any other type of tape are not permitted to be used on the poster boards.
| Name | Institution | Poster title |
| Brett Addison | Mississippi State University | Probing the Origins of Hot Jupiters & Spin-Orbit Misaligned Exoplanets |
| Aida Behmard | Caltech | HiCannon: Application of The Cannon to Keck/HIRES For Data-Driven Spectroscopy of Cool Stars |
| Sabrina Berger | UC Berkeley | Quantifying the Effects of Temperature on Short Period Rocky Planets |
| Ryan Blackman | Yale University | Overview of the Extreme Precision Spectrograph |
| Howard Chen | Northwestern Univerisity | Simulating Atmospheric Biosignatures in 3-D |
| Athar Chodhary | Misali Zikerya Higher Secondary School | Astrobiology Network of Pakistan |
| Renata Frelikh | UC Santa Cruz | Dynamical upheaval in the formation of the Solar System’s ice giants |
| Christian Gilbertson | The Pennsylvania State University | Investigating transfer learning of a tightly packed planetary system classifier |
| Yucian Hong | Cornell Astronomy | Flying exomoons on jumping Jupiters |
| Chenliang Huang | University of Nevada, Las Vegas | Revisiting the mass-radius relation of super Earth with new Ice VII EOS measurement |
| Aishwarya Iyer | Arizona State University | The Impact of Stellar Uncertainties on Planetary Atmosphere Parameter Estimation |
| Rahul Jayaraman | Brown University | Spitzer Transit Analysis of Potential JWST ERS Targets |
| Abhinav Jindal | University of Toronto | Characterizing the Atmosphere of 55 Cancri e using Doppler Cross Correlation |
| Thea Kozakis | Carl Sagan Institute, Cornell University | Atmospheres and Ground UV for Earth-like Planets Orbiting Red Giants |
| Ben Leblanc | Bishop’s University | K2 Observations of Solar System Ice Giants |
| Rejean Leblanc | University of Toronto | Biased estimators for TTV masses |
| Amit Levi | Harvard University | Habitability of Ocean Worlds |
| Min Li | University of Nevada, Las Vegas | Dust condensation in the disks and composition of the exoplanets |
| Emily Lubar | Penn State University | Achieving High Precision Doppler Spectroscopy: NEID Internal Environmental Stability |
| Mariah MacDonald | Penn State | Three Pathways for Observed Resonant Chains |
| Joel Ong | Yale University | Radial velocities in the presence of PPNU |
| Ryan Petersburg | Yale University | Point Spread Function Modelling and Extraction for Radial Velocity Spectrographs |
| Michael Pu | Cornell | Inner Systems with Outer Chaos: The effect of outer giant planet scatterings on inner planet systems |
| Bin Ren | Johns Hopkins University | A Decade of MWC 758 Disk Images: Where are the Spiral-Arm-Driving Planets? |
| Alan Reyes | Penn State University | A Super-Jupiter outside an Inner High Multiplicity Kepler System with an Unprecedented Architecture |
| Malena Rice | Yale University | Slowly-Growing Spiral Mode Instabilities in Protostellar Disks |
| Tyler Richey-Yowell | Arizona State University | The UV Evolution of K Stars: Assessing the Super-Habitability of Their Planets |
| Helena Richie | University of Pittsburgh | The Survey of Transiting Exoplanets at the University of Pittsburgh |
| Mickey Rosenthal | University of California, Santa Cruz | How Turbulence Can Set the Radial Distribution of Gas Giants Formed by Pebble Accretion |
| Emily Safsten | Penn State University | Nature vs. Nurture: A Statistical Framework for Assessing Posited Correlations between Stellar Age and Planetary Orbital Properties |
| Jennifer Scora | University of Toronto | Forming iron poor super-earths with collisional N-body simulations |
| Meng Sun | University of Virginia | Orbital Decay in Star-planet Systems with Evolved Stars |
| Patrick Tamburo | Boston University | A Near-Infrared Search for Transiting Exoplanets around Brown Dwarfs with the Perkins Telescope |
| Daniel Teubenbacher | Karl Franzens Universität Graz | Poster about TESS |
| Hunter Thomsen | Florida Institute of Technology | Hunting Low-Mass Companions in M17 – An Alternative Use for ESO’s SPHERE |
| Felix Tischer | Karl-Franzens University, Graz, Austria | The Grand Tack Hypothesis – An Overview |
| Luke Tremblay | Arizona State University | Bayesian Retrievals on Terrestrial Exoplanets for the Origins Space Telescope |
| Vinh Truong | University of the Pacific | Dynamical Constraints on Nontransiting Planets Orbiting Trappist-1 |
| Noah Tuchow | Penn State University | The Efficiency of Geometric Samplers for Exoplanet Transit Timing Variation Models |
| Michelle Vick | Cornell University | Chaotic Tides in Migrating Gas Giants |
| Songhu Wang | Yale | A New Look at an Old Classic: Kepler-9’s Obliquity, Masses, and Resonant Properties |
| Austin Ware | Pennsylvania State University | Companions in Color: High-Resolution Imaging of Kepler’s Sub-Neptune Host Stars |
| Adam Wheeler | Columbia University | A nonparametric search for short duty-cycle periodic signals in Kepler |
| Alex Wise | University of Delaware | Stellar Magnetic Activity Indicators |
| Joe Zalesky | Arizona State University | Atmospheric Retrieval of Cool Y Dwarfs |