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Vol. 56, Issue 7 (AAS244 Abstracts)
Issue
Created Jun 26, 2024
10.3847/25c2cfeb.e7358267ISSN: 0002-7537
e-ISSN: 2330-9458
Volume 56
Issue 7
Published Jul 01, 2024
The 244th AAS meeting was held on 9-13 June, 2024 in person in Madison, Wisconsin at the Monona Terrace Convention Center. AAS 244 was held jointly with the Laboratory Astrophysics Division.
There are 452 abstracts published in association with this meeting. Please use NASA ADS to browse them.
Banner Photo: Comet Neowise (C/2020 F3) captured by amateur astrophotographer David Rousseau on 21 July 2020 in Quebec, Canada, in a Bortle 4 sky Davrou, CC BY-SA 4.0, via Wikimedia Commons
Presentation #100.01 in the session Fred Kavli Plenary Lecture: UNCOVERing Astronomical Gems from Our Backyard to the Edges of the Observable Universe (Rachel Bezanson, University of Pittsburgh).
Presentation #116.01 in the session Plenary Lecture: Ices in Our Backyard: Searching Ices in the Solar System with the James Webb Space Telescope (Noemi Pinilla-Alonso, Florida Space Institute).
Presentation #125.01 in the session Plenary Lecture: The Broad Legacy of George Ellery Hale: Observatories, Institutions, and Civic Development (Sam Hale, Alliance of Historic Observatories).
Presentation #126.01 in the session SPD George Ellery Hale Prize Lecture: Solar Irradiance: Earth’s Energy Source, Judith Lean.
Presentation #200.01 in the session Plenary Lecture: Dark and Quiet Skies for the Future of Astronomy and of the Space Environment (Aparna Venkatesan & Teznie Pugh).
Presentation #216.01 in the session LAD Plenary Lecture: Unlocking the Mysteries of Exoplanets: The Crucial Role of Laboratory Research (Erika Kohler, NASA Goddard Space Flight Center).
Presentation #226.01 in the session Plenary Lecture: Leveraging AI to Transform the Astronomy Data Revolution into a Discovery Revolution (Cecilia Garraffo, Center for Astrophysics | Harvard & Smithsonian).
Presentation #227.01 in the session Plenary Lecture: With a Wild Surmise: A New Era of Exoplanet Exploration (Tom Beatty, University of Wisconsin at Madison).
Presentation #300.01 in the session Helen B. Warner Prize Lecture: The Lives and Deaths of Star Clusters, and the Black Holes they Make along the Way (Carl Rodriguez, University of North Carolina at Chapel Hill).
Presentation #327.01 in the session RAS Gold Plenary Lecture: Challenges to the Cosmological Model (John Peacock, University of Edinburgh).
Presentation #316.01 in the session Plenary Lecture: When Data is Not Enough: Illustrating Astrophysics for the Public (Robert Hurt, Caltech/IPAC).
Presentation #328.01 in the session SPD Karen Harvey Prize Lecture: Dissipation and Excitation: The Role of Kinetic-Scale Waves and Instabilities in the Evolution of the Solar Wind (Kristopher G. Klein, University of Arizona - LPL).
Presentation #414.01 in the session Plenary Lecture: Scanning the X-ray Sky for Dark Matter (Kerstin Perez, Columbia University).
Presentation #101.01 in the session Stellar Evolution and Stellar Populations.
Presentation #101.02 in the session Stellar Evolution and Stellar Populations.
Presentation #101.04 in the session Stellar Evolution and Stellar Populations.
Presentation #101.05 in the session Stellar Evolution and Stellar Populations.
Presentation #101.06 in the session Stellar Evolution and Stellar Populations.
Presentation #101.07 in the session Stellar Evolution and Stellar Populations.
Presentation #101.08 in the session Stellar Evolution and Stellar Populations.
Presentation #101.09 in the session Stellar Evolution and Stellar Populations.
Presentation #102.01 in the session Multiple Star Systems.
Presentation #102.02 in the session Multiple Star Systems.
Presentation #102.03 in the session Multiple Star Systems.
Presentation #102.05 in the session Multiple Star Systems.
Presentation #102.06 in the session Multiple Star Systems.
Presentation #103.01 in the session Star Formation.
Presentation #103.02 in the session Star Formation.
Presentation #103.03 in the session Star Formation.
Presentation #103.04 in the session Star Formation.
Presentation #104.01 in the session Transients and Time-Domain Astronomy.
Presentation #104.02 in the session Transients and Time-Domain Astronomy.
Presentation #104.03 in the session Transients and Time-Domain Astronomy.
Presentation #105.01 in the session SDSS-IVever: Continuing Science from SDSS-IV Surveys.
Presentation #105.02 in the session SDSS-IVever: Continuing Science from SDSS-IV Surveys.
Presentation #106.01 in the session SETI/Technosignatures.
Presentation #107.01 in the session History iPosters.
Presentation #107.02 in the session History iPosters.
Presentation #107.03 in the session History iPosters.
Presentation #108.01 in the session SDSS-IVever: Continuing Science from SDSS-IV Surveys.
Presentation #108.02 in the session SDSS-IVever: Continuing Science from SDSS-IV Surveys.
Presentation #108.03 in the session SDSS-IVever: Continuing Science from SDSS-IV Surveys.
Presentation #108.04 in the session SDSS-IVever: Continuing Science from SDSS-IV Surveys.
Presentation #108.05 in the session SDSS-IVever: Continuing Science from SDSS-IV Surveys.
Presentation #108.06 in the session SDSS-IVever: Continuing Science from SDSS-IV Surveys.
Presentation #108.07 in the session SDSS-IVever: Continuing Science from SDSS-IV Surveys.
Presentation #109.01 in the session Extrasolar Planets: Formation of Planets and Protoplanetary Disks.
Presentation #109.02 in the session Extrasolar Planets: Formation of Planets and Protoplanetary Disks.
Presentation #109.03 in the session Extrasolar Planets: Formation of Planets and Protoplanetary Disks.
Presentation #109.04 in the session Extrasolar Planets: Formation of Planets and Protoplanetary Disks.
Presentation #109.05 in the session Extrasolar Planets: Formation of Planets and Protoplanetary Disks.
Presentation #109.06 in the session Extrasolar Planets: Formation of Planets and Protoplanetary Disks.
Presentation #109.07 in the session Extrasolar Planets: Formation of Planets and Protoplanetary Disks.
Presentation #109.09 in the session Extrasolar Planets: Formation of Planets and Protoplanetary Disks.
Presentation #110.02D in the session Gravitational Waves and Multi-messenger Astronomy.
Presentation #110.03 in the session Gravitational Waves and Multi-messenger Astronomy.
Presentation #110.04 in the session Gravitational Waves and Multi-messenger Astronomy.
Presentation #110.05 in the session Gravitational Waves and Multi-messenger Astronomy.
Presentation #110.06 in the session Gravitational Waves and Multi-messenger Astronomy.
Presentation #110.07 in the session Gravitational Waves and Multi-messenger Astronomy.
Presentation #110.08 in the session Gravitational Waves and Multi-messenger Astronomy.
Presentation #111.01 in the session The Diffuse Gas in the Milky Way I: Local Constraints from 3D Dust Mapping.
Presentation #111.02 in the session The Diffuse Gas in the Milky Way I: Local Constraints from 3D Dust Mapping.
Presentation #111.03 in the session The Diffuse Gas in the Milky Way I: Local Constraints from 3D Dust Mapping.
Presentation #111.04 in the session The Diffuse Gas in the Milky Way I: Local Constraints from 3D Dust Mapping.
Presentation #111.05 in the session The Diffuse Gas in the Milky Way I: Local Constraints from 3D Dust Mapping.
Presentation #112.01 in the session LAD I: First Results from Bennu Return by OSIRIS/Rex and Nuclear Astrophysics.
Presentation #112.02 in the session LAD I: First Results from Bennu Return by OSIRIS/Rex and Nuclear Astrophysics.
Presentation #113.01 in the session Community Models of Astronomy - Applying Principles of Mutuality and Stewardship with Peoples and Places I: Experiential Analysis between Worldviews - An Examination of Two Astronomy Paradigms.
Presentation #114.01 in the session Astrophysical Turbulence I: Fundamental Theory of Astrophysical Turbulence - Reconciling Simulation and Observation.
Presentation #114.02 in the session Astrophysical Turbulence I: Fundamental Theory of Astrophysical Turbulence - Reconciling Simulation and Observation.
Presentation #114.03 in the session Astrophysical Turbulence I: Fundamental Theory of Astrophysical Turbulence - Reconciling Simulation and Observation.
Presentation #114.04 in the session Astrophysical Turbulence I: Fundamental Theory of Astrophysical Turbulence - Reconciling Simulation and Observation.
Presentation #114.06 in the session Astrophysical Turbulence I: Fundamental Theory of Astrophysical Turbulence - Reconciling Simulation and Observation.
Presentation #115.01 in the session Milky Way, Galactic Center.
Presentation #115.02 in the session Milky Way, Galactic Center.
Presentation #115.03 in the session Milky Way, Galactic Center.
Presentation #115.04D in the session Milky Way, Galactic Center.
Presentation #118.01 in the session How do Habitable Planets Form? Research from The Wisconsin Center for Origins Research (WiCOR).
Presentation #118.02 in the session How do Habitable Planets Form? Research from The Wisconsin Center for Origins Research (WiCOR).
Presentation #118.03 in the session How do Habitable Planets Form? Research from The Wisconsin Center for Origins Research (WiCOR).
Organic Chemistry in Far-From-Equilibrium, High Energy Environments: Habitability and Life’s Origins
Presentation #118.04 in the session How do Habitable Planets Form? Research from The Wisconsin Center for Origins Research (WiCOR).
Presentation #118.05 in the session How do Habitable Planets Form? Research from The Wisconsin Center for Origins Research (WiCOR).
Presentation #119.01D in the session Galaxies, Galaxy Clusters, & Cosmology.
Presentation #119.02 in the session Galaxies, Galaxy Clusters, & Cosmology.
Presentation #119.03 in the session Galaxies, Galaxy Clusters, & Cosmology.
Presentation #119.04D in the session Galaxies, Galaxy Clusters, & Cosmology.
Presentation #119.05 in the session Galaxies, Galaxy Clusters, & Cosmology.
Presentation #120.01 in the session The Diffuse Gas in the Milky Way II: The Atomic Gas across the Milky Way.
Presentation #120.02 in the session The Diffuse Gas in the Milky Way II: The Atomic Gas across the Milky Way.
Presentation #120.03 in the session The Diffuse Gas in the Milky Way II: The Atomic Gas across the Milky Way.
Presentation #120.04 in the session The Diffuse Gas in the Milky Way II: The Atomic Gas across the Milky Way.
Presentation #120.05 in the session The Diffuse Gas in the Milky Way II: The Atomic Gas across the Milky Way.
Presentation #122.01 in the session History, Community & Profession.
Presentation #122.02 in the session History, Community & Profession.
Presentation #122.03 in the session History, Community & Profession.
Presentation #122.04 in the session History, Community & Profession.
Presentation #123.01 in the session Astrophysical Turbulence II: Particle Transport and Acceleration Due to Turbulence.
Presentation #123.02 in the session Astrophysical Turbulence II: Particle Transport and Acceleration Due to Turbulence.
Presentation #123.03 in the session Astrophysical Turbulence II: Particle Transport and Acceleration Due to Turbulence.
Presentation #123.04 in the session Astrophysical Turbulence II: Particle Transport and Acceleration Due to Turbulence.
Presentation #123.05 in the session Astrophysical Turbulence II: Particle Transport and Acceleration Due to Turbulence.
Presentation #123.06 in the session Astrophysical Turbulence II: Particle Transport and Acceleration Due to Turbulence.
Presentation #124.01 in the session First Look at Citizen Science from the 8 April 2024 Total Solar Eclipse.
Presentation #124.02 in the session First Look at Citizen Science from the 8 April 2024 Total Solar Eclipse.
Presentation #124.03 in the session First Look at Citizen Science from the 8 April 2024 Total Solar Eclipse.
Presentation #124.04 in the session First Look at Citizen Science from the 8 April 2024 Total Solar Eclipse.
Presentation #124.05 in the session First Look at Citizen Science from the 8 April 2024 Total Solar Eclipse.
SunSketcher: Precise Measurement of the Solar Shape via a Network of Smartphone Eclipse Observations
Presentation #124.06 in the session First Look at Citizen Science from the 8 April 2024 Total Solar Eclipse.
Presentation #124.07 in the session First Look at Citizen Science from the 8 April 2024 Total Solar Eclipse.
Presentation #124.08 in the session First Look at Citizen Science from the 8 April 2024 Total Solar Eclipse.
Presentation #124.09 in the session First Look at Citizen Science from the 8 April 2024 Total Solar Eclipse.
Presentation #127.01 in the session Community and Profession.
