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Large Synoptic Survey Telescope Renamed In Honor Of Vera Rubin

Large Synoptic Survey Telescope Renamed In Honor Of Vera Rubin

The Large Synoptic Survey Telescope and its joint funding agencies, the National Science Foundation and Department of Energy, announced Monday that it will be renamed the Vera C. Rubin Observatory in honor of the late Carnegie astronomer whose research confirmed the existence of dark matter.

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Would A Deep-Earth Water Cycle Change How We Understand Planetary Evolution?

Would A Deep-Earth Water Cycle Change How We Understand Planetary Evolution?

Every school child learns about the water cycle—evaporation, condensation, precipitation, and collection. But what if there were a deep Earth component of this process happening on geologic timescales that makes our planet ideal for sustaining life as we know it?

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Carnegie Science Celebrates Centennial at AGU Fall Meeting

AGU Looking Up the Stairs

Carnegie Science had a commanding presence at the 2019 annual American Geophysical Union (AGU) Fall Meeting, which celebrated the 100th anniversary of AGU this year. Scientists from the Geophysical Laboratory, DTM, and the Department of Global Ecology presented more than 40 talks and posters on groundbreaking research in the fields of ecology, planetary science, geochemistry, geophysics, and cosmochemistry. 

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2019 Year in Review

Year in Review Image

It's been an exciting year of discovery and innovation here on the Broad Branch Road campus! Use this interactive timeline to explore the events of 2019. 

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Coming Together for the Holidays | Letter from the Director | December 2019

The holiday mantle at BBR campus

Rick Carlson, the Director of Carnegie Science Earth and Planets Division, writes about the departmental merge, new job openings, and the latest scientific discoveries in this monthly "Letter from the Director."

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The Snowy Start to Enceladus’ Tiger Stripes Explained

This image of the Tiger Stripes  is a composite of the images taken from the CASSINI mission.

Since the Cassini spacecraft first brought the stripes to the world’s attention in 2005, planetary scientists have posited several explanations for their formation. Hemingway’s model is the first of these to simultaneously answer the following five key questions: (1) How do the fissures form? (2) Why do they form in a parallel set? (3) Why are they each around 35 kilometers apart? (4) Why do they appear on the south pole? And, (5) Why are they found only on Enceladus?

To answer these questions and understand why he chose to study the Tiger Stripes, we spoke with Hemingway.

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