SB13 | Icy Ocean Worlds, Comets and Asteroids in the Laboratory

SB13

Icy Ocean Worlds, Comets and Asteroids in the Laboratory
Co-organized by OPS/MITM
Convener: Fabian Klenner | Co-conveners: Baptiste Journaux, Lucas Fifer, Rachael Hamp, Cécile Engrand, Morgan L. Cable

Icy ocean worlds, comets and asteroids offer a rich, diverse array of targets to explore that address science questions ranging from origin and evolution to habitability and even biosignature searches. The Cassini mission discovered spectacular findings about the chemistry, physics and geology of Saturn’s moon Enceladus. JUICE and Europa Clipper will shed light on Jupiter’s moons. The Stardust mission returned samples from comet 81P/Wild2 and Hayabusa2 and OSIRIS-REx recently returned samples from carbonaceous asteroids Ryugu and Bennu.
To fully exploit space mission data and prepare for upcoming missions, laboratory experiments are an essential part of calibrating instruments on board future spacecraft, verifying data returned by missions and informing numerical models of the diverse environments present on these bodies.
Analyzing returned samples from asteroids and comets substantially furthers our understanding of these small bodies in the Solar System. Both carbonaceous asteroids and comets are potentially analogous to the rocky interiors and primordial icy crusts of icy moons.
We seek contributions discussing laboratory experiments or studies with a laboratory component, including the analysis of returned samples, and their applications to icy ocean worlds, comets or asteroids.

Icy ocean worlds, comets and asteroids offer a rich, diverse array of targets to explore that address science questions ranging from origin and evolution to habitability and even biosignature searches. The Cassini mission discovered spectacular findings about the chemistry, physics and geology of Saturn’s moon Enceladus. JUICE and Europa Clipper will shed light on Jupiter’s moons. The Stardust mission returned samples from comet 81P/Wild2 and Hayabusa2 and OSIRIS-REx recently returned samples from carbonaceous asteroids Ryugu and Bennu.
To fully exploit space mission data and prepare for upcoming missions, laboratory experiments are an essential part of calibrating instruments on board future spacecraft, verifying data returned by missions and informing numerical models of the diverse environments present on these bodies.
Analyzing returned samples from asteroids and comets substantially furthers our understanding of these small bodies in the Solar System. Both carbonaceous asteroids and comets are potentially analogous to the rocky interiors and primordial icy crusts of icy moons.
We seek contributions discussing laboratory experiments or studies with a laboratory component, including the analysis of returned samples, and their applications to icy ocean worlds, comets or asteroids.