Instrumentation
At Carnegie Science we combine a broad range of disciplines and techniques to investigate fundamental questions ranging from the galactic to the atomic scale. From our world-class telescopes at Las Campanas to the high-pressure facilities in Washington, DC, our scientists have access to cutting-edge research facilities and scientific instrumentation.
Built From Scratch
We have over a century of experience designing and building world-class scientific tools. Together, Carnegie machinists, engineers, and scientists build state-of-the-art instruments for our astronomers, geophysicists, and more. That means, our researchers have the flexibility and support to follow their boldest ideas while shaping the future of their fields.
Thanks to the Earth and Planets Laboratory's machine shop, our researchers have access to custom parts and bespoke instrumentation right here on campus.
Our astronomers and theoretical astrophysicists work closely with our engineers and machinists to create the optical designs of the future.
Telescope Instrumentation & Engineering
We have more than a century of experience designing and building ground-breaking instrumentation for our telescopes. Because our telescopes and instruments are designed on campus—a rarity today—our astronomers and theoretical astrophysicists work closely with our engineers and machinists to create the optical designs of the future. Together, Carnegie machinists, engineers, and astronomers are building state-of-the-art instruments for our Magellan telescopes and enhancing the capabilities of the facilities at our Las Campanas Observatory.
Building Telescope Instruments
Earth & Planets Laboratory
From the high-pressure lab to the geochemical analysis suite, the Earth and Planets Laboratory is home to cutting-edge research facilities that allow scientists to explore our universe at scale.
Planetary Science InstrumentationBiology Instrument Suites
Carnegie Science biologists depend on an advanced array of spectroscopic instruments and high-powered microscopes to accomplish their work. Additionally, high-performance computing and genomics facilities help advance scientific breakthroughs.
The Carnegie mass spectrometry facility adapts and develops proteomic tools to drive biological studies.
The imaging facility has multiple major instruments and microscopes, as well as advanced software packages.
