Carnegie scientists have access to cutting-edge computing power through the Caltech HPC cluster, where we maintain a 19% quarterly share. With over 12,000 CPU cores, 200 GPUs, and 100+ TB of memory, ...

In 2020, Carnegie Science decided to bring together its developmental biology, ecology, and plant science research efforts into a unified, interdisciplinary division where our experts will study the ...

From simulating the crushing pressures of planetary interiors to analyzing the tiniest isotopic signatures in meteorites, Carnegie's Earth and Planets Laboratory is equipped with state-of-the-art ...

As our understanding of the world changes, our tools have to change too. Thanks to the Earth & Planets Laboratory's (EPL) machine shop, our researchers have access to custom parts and bespoke ...

From symbiosis to global ecology, join a community of researchers breaking down the traditional silos in life sciences research. If you are interested in postdoctoral opportunities, please reach out ...

Carnegie Science is proud to be part of the prestigious group of institutions eligible to host Heising-Simons 51 Pegasi b Fellows. Program participants can work at Carnegie Science’s Earth and Planets ...

Ready to explore the universe? The Proposal Submission System is your gateway to requesting observing time on the Magellan Baade and Clay telescopes, as well as the Swope telescope, at Las Campanas ...

Carnegie Science’s Human Resources team supports every stage of your employee experience—from benefits and time off to professional development, workplace wellbeing, and policy guidance.

Life on Earth is built on partnerships. From tiny bacteria to giant trees, many organisms survive and thrive because of symbiosis. In this engaging talk, Dr. Margaret McFall-Ngai will explore the ...

Rubin and her collaborator Kent Ford revolutionized our understanding of the cosmos. Ford developed the Image Tube Spectrograph, which greatly enhanced Rubin’s ability to study a problem of great ...

The Drosophila Gateway™ Vector collection is a set of 68 Gateway-based vectors designed to express epitope-tagged proteins in Drosophila culture cells or flies. At its core is Invitrogen's Gateway™ ...

Carnegie’s developmental biology and genetics research drive discovery on humanity’s greatest challenges, building on over 100 years of scientific advancement.