SB8 | Advances in Photopolarimetry of Solar System Small Bodies

SB8

Advances in Photopolarimetry of Solar System Small Bodies
Convener: Oleksandra Ivanova | Co-conveners: Ludmilla Kolokolova, Stefano Bagnulo, Olga Muñoz, Irina Belskaya, Karri Muinonen, Yuna Kwon, Johannes Markkanen, Antti Penttilä

The section "Advances in Photopolarimetry of Solar System Small Bodies" aims to showcase recent developments and breakthroughs in photopolarimetry applied to small bodies within our Solar system and beyond. Photopolarimetry serves as a robust tool for uncovering the physical, structural, and compositional, properties of small bodies, such as asteroids, comets, and moons. We encourage discussions on the latest findings and methodologies to foster collaboration and push the
boundaries of our understanding in characterizing small body surfaces and atmospheres, as well as dust in the solar system, through the lens of photopolarimetry. We invite abstract submissions on advancements in observational, numerical, and laboratory methods for extracting relevant information from imagery, photometry, and polarimetry. Topics may include reference laboratory databases, photometric and polarimetric modeling, software, and web service applications.

The section "Advances in Photopolarimetry of Solar System Small Bodies" aims to showcase recent developments and breakthroughs in photopolarimetry applied to small bodies within our Solar system and beyond. Photopolarimetry serves as a robust tool for uncovering the physical, structural, and compositional, properties of small bodies, such as asteroids, comets, and moons. We encourage discussions on the latest findings and methodologies to foster collaboration and push the
boundaries of our understanding in characterizing small body surfaces and atmospheres, as well as dust in the solar system, through the lens of photopolarimetry. We invite abstract submissions on advancements in observational, numerical, and laboratory methods for extracting relevant information from imagery, photometry, and polarimetry. Topics may include reference laboratory databases, photometric and polarimetric modeling, software, and web service applications.