Meteorites and the Early Solar System III

May 11-15, 2026
University of Copenhagen

Editors: Dante Lauretta, Martin Bizzarro, Anders Johansen, Sara Russell

We invite members of the scientific community to join us in Copenhagen to discuss the latest research results in spacecraft analysis, isotopic records, planetary formation, and the astrophysical context of the solar system.

Since the publication of Meteorites and the Early Solar System II in 2006, the field has been transformed by an unprecedented integration of sample return missions, astronomical observations, laboratory cosmochemistry, and theoretical modeling.

Volume Scope and Vision
Meteorites and the Early Solar System III will synthesize cutting-edge research and serve as both an authoritative reference and a graduate-level textbook. The volume will include 24 chapters, with peer-reviewed contributions from leading scientists across multiple disciplines.
 

Key Milestones
The University of Arizona Press has established the following production timeline:

  • October 2025 – Chapter indications of interest solicited

  • May 2026 – Workshop in Copenhagen & first chapter drafts due

  • September 2026 – Final draft chapters due

  • March 2027 – Peer review completed; final chapters delivered to the Press

  • November 2027 – Volume printed and distributed

The May 2026 workshop will be a key opportunity for authors to align chapter content, resolve overlaps, and foster interdisciplinary integration. The participation of all authors is strongly encouraged, and others are also very welcome to attend.

Key Topics Include

  • Sample Return Missions: Stardust (Wild-2), Hayabusa (Itokawa), Hayabusa2 (Ryugu), OSIRIS-REx (Bennu), Genesis (solar wind)

  • Orbital and Remote-Sensing Missions: Rosetta (67P), Dawn (Ceres & Vesta)

  • Astronomical Facilities: ALMA (disk chemistry and evolution), JWST (water and organics in planet-forming regions)

  • Major Cosmochemical Themes: Presolar grains, planetary accretion, asteroidal chronology, organic molecular complexity, micrometeorites, paleomagnetism, and more

  • Recent advances in meteoritics
     

We welcome contributors from planetary science, astronomy,
cosmochemistry, astrobiology, and related fields.