banner.jpg (24775 bytes)
NSFFACILITY-1.gif (147 bytes) PERSONNEL-1.gif (148 bytes) APPLICATIONS-1.gif (153 bytes) RESEARCH-1.gif (138 bytes) PUBLICATIONS-1.gif (155 bytes) RESOURCES-1.gif (146 bytes) SCHEDULE-1.gif (136 bytes) CONTACTUS-1.gif (147 bytes)

Vigarano CV3 meteorite
A cut slab of the Vigarano CV3 meteorite. One can easily distinguish the white, irregularly shaped Calcium-Aluminum-rich inclusions (CAIs), thought to be the first rocks formed in the solar system, and the round chondrules, silicate melt droplets that also formed in the solar nebula.
Star-Birth Clouds M16
Hubble image of nebula.
Hibonite
Isotope records in Hibonite

Cosmochemistry Research with the UCLA IMS-1270

Cosmochemistry research in the UCLA ion microprobe laboratory utilizes isotopic and elemental tracers in all sorts of extraterrestrial materials to study processes associated with the origin and evolution of the Sun and planets. We seek to understand the nucleosynthetic compositions and interactions of presolar materials in the solar nebula, processes and timescales associated with the formation of components of primitive meteorites, as well as the accretion, and early chemical evolution of planetary bodies. Samples studied include primitive meteorites and interplanetary dust particles, as well as materials collected by missions – including lunar samples, comet samples, and solar wind.

Some current research topics in isotope cosmochemistry at UCLA

Papers and People of the Cosmochemistry group at UCLA

Some information about the people in the cosmochemistry group and their personal research interests can be found here. An partial list of publications generatedby the cosmochemistry group can be found here.