The formation and long-term evolution of rocky planets involve tightly coupled physical, chemical, cosmochemical, and dynamical processes operating across a wide range of spatial and temporal scales. Recent advances in astronomical observations, laboratory experiments, meteoritic analyses, and numerical modeling now allow these processes to be studied within a more integrated and quantitative framework.

This workshop brings together researchers working on planet formation and evolution, cosmochemistry, interior dynamics, geochemistry, and surface evolution to foster cross-disciplinary discussions and to identify key open questions regarding the origin, differentiation, and long-term evolution of rocky worlds.

Thematic Areas

• Accretion of Terrestrial Planets, Solar System Formation and Evolution
  Physical and dynamical processes governing the growth and evolution of planets in the solar system

• Geochemistry and Cosmochemistry of Astromaterials and Volatile Delivery
  Constraints from meteorites, isotopes, and laboratory analyses on planetary compositions and volatile acquisition.

• Planetary Differentiation and Interior–Surface Exchanges Through Time
  Coupled chemical and physical evolution linking planetary interiors, surfaces, and atmospheres.