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Vol. 53, Issue 5 (DDA52 Abstracts)
Issue
Created Jun 01, 2021
The 52nd meeting of the AAS Division on Dynamical Astronomy took place online from 17–21 May, 2021.
For completeness, the 142 presentation abstracts are catalogued below, but we recommend using SAO/NASA ADS to explore them.
Presentation #100.01 in the session “Evolution and Migration in Exoplanet Systems: Hot and Warm Jupiters”.
Presentation #100.02 in the session “Evolution and Migration in Exoplanet Systems: Hot and Warm Jupiters”.
Presentation #100.03 in the session “Evolution and Migration in Exoplanet Systems: Hot and Warm Jupiters”.
Presentation #100.04 in the session “Evolution and Migration in Exoplanet Systems: Hot and Warm Jupiters”.
Presentation #100.05 in the session “Evolution and Migration in Exoplanet Systems: Hot and Warm Jupiters”.
Presentation #101.01 in the session “Evolution and Migration in Exoplanet Systems: Sub-Neptunes and Super-Earths”.
Presentation #101.02 in the session “Evolution and Migration in Exoplanet Systems: Sub-Neptunes and Super-Earths”.
Presentation #101.03 in the session “Evolution and Migration in Exoplanet Systems: Sub-Neptunes and Super-Earths”.
Presentation #101.04 in the session “Evolution and Migration in Exoplanet Systems: Sub-Neptunes and Super-Earths”.
Presentation #103.01 in the session “Advances in Simulations of Exoplanet Evolution”.
Presentation #103.02 in the session “Advances in Simulations of Exoplanet Evolution”.
Presentation #103.03 in the session “Advances in Simulations of Exoplanet Evolution”.
Presentation #103.04 in the session “Advances in Simulations of Exoplanet Evolution”.
Presentation #103.05 in the session “Advances in Simulations of Exoplanet Evolution”.
Presentation #103.06 in the session “Advances in Simulations of Exoplanet Evolution”.
Presentation #104.01 in the session “Dynamical Stability in Exoplanet Systems”.
Presentation #104.02 in the session “Dynamical Stability in Exoplanet Systems”.
Presentation #104.03 in the session “Dynamical Stability in Exoplanet Systems”.
Presentation #104.04 in the session “Dynamical Stability in Exoplanet Systems”.
Presentation #104.05 in the session “Dynamical Stability in Exoplanet Systems”.
Presentation #105.01 in the session “Dynamics of Dark Matter”.
Presentation #105.02 in the session “Dynamics of Dark Matter”.
Presentation #105.03 in the session “Dynamics of Dark Matter”.
Presentation #106.01 in the session “Impacts, Collisions, and Disruptions”.
Examination of elliptical craters on Saturn’s moons Tethys and Dione constrain their ages and origin
Presentation #106.02 in the session “Impacts, Collisions, and Disruptions”.
Presentation #106.03 in the session “Impacts, Collisions, and Disruptions”.
Presentation #106.04 in the session “Impacts, Collisions, and Disruptions”.
Presentation #106.05 in the session “Impacts, Collisions, and Disruptions”.
Presentation #107.01 in the session “Asynchronous Posters”.
Presentation #107.02 in the session “Asynchronous Posters”.
Presentation #107.03 in the session “Asynchronous Posters”.
Presentation #107.04 in the session “Asynchronous Posters”.
Presentation #107.05 in the session “Asynchronous Posters”.
Presentation #107.06 in the session “Asynchronous Posters”.
Presentation #107.07 in the session “Asynchronous Posters”.
Presentation #107.08 in the session “Asynchronous Posters”.
Presentation #107.09 in the session “Asynchronous Posters”.
Presentation #107.10 in the session “Asynchronous Posters”.
Presentation #107.11 in the session “Asynchronous Posters”.
Presentation #200.01 in the session “Dynamics Leading to Gravitational Waves”.
Presentation #200.02 in the session “Dynamics Leading to Gravitational Waves”.
Presentation #200.03 in the session “Dynamics Leading to Gravitational Waves”.
Presentation #200.04 in the session “Dynamics Leading to Gravitational Waves”.
Presentation #200.05 in the session “Dynamics Leading to Gravitational Waves”.
Presentation #200.06 in the session “Dynamics Leading to Gravitational Waves”.
Presentation #201.01 in the session “Clusters”.
Presentation #201.02 in the session “Clusters”.
Presentation #201.03 in the session “Clusters”.
Presentation #203.01 in the session “The Dynamics of Building a Dynamics Community: Strategies to Make Graduate Programs More Inclusive”.
Presentation #203.02 in the session “The Dynamics of Building a Dynamics Community: Strategies to Make Graduate Programs More Inclusive”.
Presentation #204.01 in the session “Evolution of Stellar Multiples”.
Presentation #204.02 in the session “Evolution of Stellar Multiples”.
Presentation #204.03 in the session “Evolution of Stellar Multiples”.
Presentation #204.04 in the session “Evolution of Stellar Multiples”.
Presentation #204.05 in the session “Evolution of Stellar Multiples”.
Presentation #204.06 in the session “Evolution of Stellar Multiples”.
Presentation #204.07 in the session “Evolution of Stellar Multiples”.
Presentation #205.01 in the session “Tides and Interiors”.
Presentation #205.02 in the session “Tides and Interiors”.
Presentation #205.03 in the session “Tides and Interiors”.
Presentation #205.04 in the session “Tides and Interiors”.
Presentation #205.05 in the session “Tides and Interiors”.
Presentation #206.01 in the session “Physical Structures of Exoplanets, Accretion, and Impacts”.
Presentation #206.02 in the session “Physical Structures of Exoplanets, Accretion, and Impacts”.
Presentation #206.03 in the session “Physical Structures of Exoplanets, Accretion, and Impacts”.
Presentation #206.04 in the session “Physical Structures of Exoplanets, Accretion, and Impacts”.
Presentation #206.05 in the session “Physical Structures of Exoplanets, Accretion, and Impacts”.
Presentation #301.01 in the session “How Gaia Reveals the Galaxy’s Secrets: Results Local to the Sun”.
Presentation #301.02 in the session “How Gaia Reveals the Galaxy’s Secrets: Results Local to the Sun”.
Presentation #301.03 in the session “How Gaia Reveals the Galaxy’s Secrets: Results Local to the Sun”.
Presentation #301.04 in the session “How Gaia Reveals the Galaxy’s Secrets: Results Local to the Sun”.
Presentation #301.05 in the session “How Gaia Reveals the Galaxy’s Secrets: Results Local to the Sun”.
Presentation #301.06 in the session “How Gaia Reveals the Galaxy’s Secrets: Results Local to the Sun”.
Presentation #301.07 in the session “How Gaia Reveals the Galaxy’s Secrets: Results Local to the Sun”.
Presentation #302.01 in the session “How Gaia Reveals the Galaxy’s Secrets: From Local to Galactic Scale”.
Presentation #302.02 in the session “How Gaia Reveals the Galaxy’s Secrets: From Local to Galactic Scale”.
Presentation #302.03 in the session “How Gaia Reveals the Galaxy’s Secrets: From Local to Galactic Scale”.
Presentation #302.04 in the session “How Gaia Reveals the Galaxy’s Secrets: From Local to Galactic Scale”.
Presentation #302.05 in the session “How Gaia Reveals the Galaxy’s Secrets: From Local to Galactic Scale”.
Presentation #302.06 in the session “How Gaia Reveals the Galaxy’s Secrets: From Local to Galactic Scale”.
Presentation #303.01 in the session “Population-Level Exoplanet Demographics”.
Presentation #303.02 in the session “Population-Level Exoplanet Demographics”.
Presentation #303.03 in the session “Population-Level Exoplanet Demographics”.
Presentation #303.04 in the session “Population-Level Exoplanet Demographics”.
Presentation #303.05 in the session “Population-Level Exoplanet Demographics”.
Presentation #304.01 in the session “Orbital Resonance in Multi-Planet Systems”.
Presentation #304.02 in the session “Orbital Resonance in Multi-Planet Systems”.
Presentation #304.03 in the session “Orbital Resonance in Multi-Planet Systems”.
Presentation #304.04 in the session “Orbital Resonance in Multi-Planet Systems”.
Presentation #304.05 in the session “Orbital Resonance in Multi-Planet Systems”.
Presentation #305.01 in the session “The Hill Sphere, Trojans, Horseshoe Orbits, and Resonances”.
Presentation #305.02 in the session “The Hill Sphere, Trojans, Horseshoe Orbits, and Resonances”.
Presentation #305.03 in the session “The Hill Sphere, Trojans, Horseshoe Orbits, and Resonances”.
Presentation #305.04 in the session “The Hill Sphere, Trojans, Horseshoe Orbits, and Resonances”.
Presentation #305.05 in the session “The Hill Sphere, Trojans, Horseshoe Orbits, and Resonances”.
Presentation #401.01 in the session “How Gaia Reveals the Galaxy’s Secrets: Results on the Galactic Scale, Part 1”.
Presentation #401.02 in the session “How Gaia Reveals the Galaxy’s Secrets: Results on the Galactic Scale, Part 1”.
Presentation #401.03 in the session “How Gaia Reveals the Galaxy’s Secrets: Results on the Galactic Scale, Part 1”.
Presentation #401.04 in the session “How Gaia Reveals the Galaxy’s Secrets: Results on the Galactic Scale, Part 1”.
Presentation #401.05 in the session “How Gaia Reveals the Galaxy’s Secrets: Results on the Galactic Scale, Part 1”.
Presentation #401.06 in the session “How Gaia Reveals the Galaxy’s Secrets: Results on the Galactic Scale, Part 1”.
Presentation #402.01 in the session “How Gaia Reveals the Galaxy’s Secrets: Results on the Galactic Scale, Part 2”.
Presentation #402.02 in the session “How Gaia Reveals the Galaxy’s Secrets: Results on the Galactic Scale, Part 2”.
Presentation #402.03 in the session “How Gaia Reveals the Galaxy’s Secrets: Results on the Galactic Scale, Part 2”.
Presentation #402.04 in the session “How Gaia Reveals the Galaxy’s Secrets: Results on the Galactic Scale, Part 2”.
Presentation #402.05 in the session “How Gaia Reveals the Galaxy’s Secrets: Results on the Galactic Scale, Part 2”.
Presentation #402.06 in the session “How Gaia Reveals the Galaxy’s Secrets: Results on the Galactic Scale, Part 2”.
Presentation #403.01 in the session “Galactic Streams and Structures”.
Presentation #403.02 in the session “Galactic Streams and Structures”.
Presentation #403.03 in the session “Galactic Streams and Structures”.
Presentation #403.04 in the session “Galactic Streams and Structures”.
The Magellanic Stream: Implications of the Magellanic Corona and new Orbital Histories of the Clouds
Presentation #403.05 in the session “Galactic Streams and Structures”.
Presentation #404.02 in the session “Galactic Morphologies and Mergers”.
Presentation #404.04 in the session “Galactic Morphologies and Mergers”.
Presentation #405.01 in the session “Populations of Small Bodies”.
Presentation #405.02 in the session “Populations of Small Bodies”.
Presentation #405.03 in the session “Populations of Small Bodies”.
Presentation #405.04 in the session “Populations of Small Bodies”.
Presentation #405.05 in the session “Populations of Small Bodies”.
Presentation #405.06 in the session “Populations of Small Bodies”.
Presentation #406.01 in the session “Rings, Disks, and Migration”.
Presentation #406.02 in the session “Rings, Disks, and Migration”.
Presentation #406.03 in the session “Rings, Disks, and Migration”.
Presentation #406.04 in the session “Rings, Disks, and Migration”.
Presentation #406.05 in the session “Rings, Disks, and Migration”.
Presentation #501.01 in the session “KBOs and Multiples”.
Presentation #501.02 in the session “KBOs and Multiples”.
Presentation #501.03 in the session “KBOs and Multiples”.
Presentation #501.04 in the session “KBOs and Multiples”.
Presentation #501.05 in the session “KBOs and Multiples”.
Presentation #502.01 in the session “TNOs and Planet X”.
Presentation #502.02 in the session “TNOs and Planet X”.
Presentation #502.03 in the session “TNOs and Planet X”.
Presentation #502.04 in the session “TNOs and Planet X”.
Presentation #502.05 in the session “TNOs and Planet X”.
Presentation #504.01 in the session “Protoplanetary Disk Physics and Young Exoplanets”.
Presentation #504.02 in the session “Protoplanetary Disk Physics and Young Exoplanets”.
Presentation #504.03 in the session “Protoplanetary Disk Physics and Young Exoplanets”.
Presentation #504.04 in the session “Protoplanetary Disk Physics and Young Exoplanets”.
Presentation #505.01 in the session “Dynamics of Planets After the Main Sequence”.
Presentation #505.02 in the session “Dynamics of Planets After the Main Sequence”.
Presentation #505.03 in the session “Dynamics of Planets After the Main Sequence”.
