It’s DPS time! The American Astronomical Society’s Division for Planetary Sciences is now holding their 56th annual meeting (#DPS2024), in Boise, ID. The general AAS meeting (every winter) is just…too…big, so the divisions hold sub-meetings. In odd-numbered years, DPS and EPS hold a joint DPS/EPSC, but this is an even-numbered year. The Europlanet Sciences Congress was last month, so here’s (Oct 6-10) the North American version.
submissions.mirasmart.com/DPS56/Itinerary/EventsAAG.aspx
Sunday, October 6, 2024
Session: Occultation Science Pathways
In recent years the number and quality of occultation campaigns has risen dramatically due largely to the quality of the results from the Gaia mission. This workshop is meant for anyone actively engaged in occultation-based research as well as those interested in becoming involved. The goal of the workshop is to provide a forum to discuss the challenges and responsibilities of conducting investigations that often rely on a large involvement from the broad community. Also on the agenda is a discussion of future projects, both short and long-term, especially those that would benefit from a larger more coordinated involvement. This workshop is not intended as a forum for the presentation of scientific results which is more appropriate for the sessions of the main meeting. Anyone wishing to make a short presentation on a topic should send a brief note to Marc Buie (buie@boulder.swri.edu) with a title, a very short description, and a suggestion on the amount of time needed to be used in building the program.
Monday, October 7, 2024
105 – Asteroids: Evolution and Dynamics
105.01
The primordial mass of the main asteroid belt
R. Deienno, Southwest Research Inst; D. Nesvorny, Sw Res Inst; M. Clement, JHU APL
105.02
The DECam Ecliptic Exploration Project (DEEP): Examining the Size-Shape Dependence of MBA…
R. Strauss, NoArizona U; D. Trilling, NoArizona U; M. Holman, Center fo Astrophysics …
105.03
Surface Ages for the Sample Return Asteroids Bennu, Ryugu and Itokawa
W. Bottke, Southwest Res Inst; A. Meyer, U of Colorado Boulder; D. Vokrouhlicky, Inst of Astro…
105.05
Investigating Spin State Properties in Collisional Asteroid Families
J. Hanus, Institute of Astronomy, Charles University; J. Durech, Inst of Astr, Charles U.
105.07
Asteroid Orbit Determination in the era of High-Precision Astrometry
O. Fuentes-Munoz, NASA JPL/Caltech; D. Farnocchia, NASA JPL/Caltech; …
105.08
Strength Distribution for Main Belt Asteroids in the Solar System Notification Alert Processing S…
M. Chernyavskaya
107.07
Radiation-driven Destruction of N-Heterocycles
P. Tribbett, University of Maryland Baltimore County; Y. Yarnall, University of Maryland Baltimo…
107.08
Recreating the instantaneous destruction of asteroid surfaces via sunlight
M. Granvik, Luleå Univ. of Technology; G. Tsirvoulis, Luleå Univ. of Technology; L. Schirner, Lul…
Fully remote
107 – Lab Studies, Meteorites, and Instrument/Mission Development — Part 1
107.01
In Situ Detection of Amide Absorption Bands in a Murchison Fragment via Mid-Wave IR Laser S…
C. Duffey, University of Central Florida; J. Brisset, University of Central Florida; C. Bennett, Univ…
107.02
Mid-IR Spectra of the Allende Meteorite
A. Martin, University of Central Florida; L. Dausend, Northern Arizona University; J. Emery, Nor…
107.03
Meteorite outgassing experiments as a tool for linking the atmospheric and bulk compositions of…
N. McGregor, University of California, Santa Cruz; M. Thompson, ETH-Zürich/Carnegie Institut…
107.05
Ejecta particle detection and trajectory linking in laser sheet impact experiments under vacuum a…
A. Springmann, Southwest Research Institute; A. Soto, Southwest Research Institute; A. Whizin…
108 – Lab Studies, Meteorites, and Instrument/Mission Development — Part 2
108.01
Outer Planets in Half the Time with NTP-Enabled Direct Transfers
C. Foulds, Ultra Safe Nuclear; M. Eades, Ultra Safe Nuclear; V. Patel, Ultra Safe Nuclear; M. Duc…
108.02
Influence of Exhaust Gas Temperature on Viscous Erosion During Lunar Landings
B. Dotson, University of Central Florida; A. St. John, University of Central Florida; D. Sapkota …
Fully remote
108.03
Trajectories of Electrostatically Lofted Dust Near a Photoemitting Spacecraft Near an Airless Bod…
C. Hartzell, University of Maryland, College Park
109 – Centaurs & TNOs: Dynamics
109.01
Size, shape, and rotation are the influencers on Centaurs’ interiors
M. Hirabayashi, Georgia Institute of Technology.
109.02
Unresolved Hierarchical Triples in the Cold Classicals
B. Proudfoot, University of Central Florida; D. Ragozzine, Brigham Young University; M. Thatche…
109.03
Observable Effects of Spin Dynamics on Lightcurves of TNO Binaries
M. Thatcher, Brigham Young University; D. Ragozzine, Brigham Young University; B. Proudfoot…
109.04
Determining the Eris-Dysnomia mass ratio through GAIA astrometry
D. Jensen, Brigham Young University, Provo; D. Ragozzine, Brigham Young University, Provo; P…
109.05
On the dynamics of the doubly resonant Plutinos
R. Malhotra, University of Arizona; T. Ito, National Astronomical Observaoty.
109.06
Discovery and Dynamics of a New Sedna-like Object with a Perihelion of 66 au in the FOSSIL pro…
Y-T Chen, Institute of Astronomy and Astrophysics, Academia Sinica; P. Lykawka, Kindai Unive…
109.07
Using Surface Colors of Resonant TNOs to Probe Neptune’s Migration History With Well-Control…
A. Hermosillo Ruiz, University of California, Santa Cruz; R. Murray-Clay, University of California…
STScI Townhall: Planetary Science with JWST and an Update on Hubble Operations
100 – Plenary Lecture: Advancing Planetary Science with Laboratory and Field Studies
100.02
The Next-Generation Laboratory Experiments on Planetary Materials
X. Yu, University of Texas at San Antonio
100.03
Spectroscopy of Fine-particulate Minerals in the Laboratory and the Field: A TREX Perspective
M. Lane, Fibernetics LLC; A. Hendrix, Planetary Science Institute; F. Vilas, Planetary Science Ins…
101 – Asteroids
01.01
Hydration abundance and variability on asteroid (16) Psyche from JWST data
S. Jarmak, Harvard & Smithsonian | Center for Astrophysics; T. Becker, Southwest Research Inst…
101.02
Investigating C-complex asteroids in the mid-infrared with the Spitzer Heritage Archive
M. Hood, Northern Arizona University; O. Humes, Technische Universität Braunschweig; C. Tho…
101.03
Thermal Evolution of (4) Vesta Using Multi-Epoch SOFIA+FORCAST Calibrator Target Data
A. Deleon, University of Texas at San Antonio; T. Becker, Southwest Research Institute; A. Arred…
101.04
Time-Resolved Lightcurve Analysis and Inversion of Near-Earth and Main-Belt Asteroids
J. Hilliard, Ohio University; W. Oswald, Ohio University; J. Swanson, Ohio University; P. Karna…
101.05
QUASI-HILDA OBJECTS: Identification and first look at their color distribution.
M. Nascimento De Pra, FSI/UCF; F. Roig, Observatorio Nacional; J. Licandro, Instituto de Astrof…
101.06
Spherical Statistics and the Mean Pole of the Hilda Asteroids
I. Matheson, University of Arizona.
101.07
Doublet Craters and the sources from their footprints
S. Bruski, University of North Dakota; R. Fevig, University of North Dakota
102 – Citizen Science and Open Science
102.01
Asteroid Characterization via Citizen Science: Insights into Size, Shape, and Rotation
J. Hanus, Institute of Astronomy, Charles University; F. Marchis, SETI Institute & Unistellar; R…
102.02
A Weight Scheme to Optimize Citizen Science Results from the “Active Asteroids” project
W. Burris, Northern Arizona University; C. Chandler, University of Washington; C. Trujillo, Nort…
102.03
Availability of an imaging database obtained by MAVEN’s Imaging Ultraviolet Spectrograph
G. Lopez, Laboratory for Atmospheric and Space Physics U. Colorado Boulder; N. Schneider, Lab…
102.04
Linear Polarization of Solar Corona during the 2024 Eclipse
U. Dyudina, University of La Verne; D. Leon, University of La Verne; C. Atalor, University of La V…
102.05
Hunting For Exoplanets – Identifying Possible Transiting Exoplanets in the TESS Database – A Hi…
D. Stephens, Brigham Young University; Z. Dickson, Lone Peak High School.
102.06
Advancing Planetary Science Research Discoverability Through the NASA Science Explorer
S. Jarmak, Harvard & Smithsonian | Center for Astrophysics; NASA Science Explorer, Harvard…
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