A new study shows that giant ore deposits are tightly distributed above where rigid rocks that comprise the nuclei of ancient continents begin to thin, far below the surface (white areas). Redder areas indicate the thinnest rocks beyond the boundary; bluer ones, the thickest. Circles, triangles and squares show known large sediment-hosted deposits of different metals. (Adapted from Hoggard et al., Nature Geoscience, 2020)
June 30, 2020

Geologists Identify Deep-Earth Structures That May Signal Hidden Metal Lodes

A new study shows that giant ore deposits are tightly distributed above where rigid rocks that comprise the nuclei of ancient continents begin to thin, far below the surface.
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June 17, 2020

Four Columbia Professors Named Finalists for Blavatnik Award for Young Scientists

The awards recognize the accomplishments and future promise of the most talented faculty-rank early-career scientists and engineers at America's top academic and research institutions.
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June 1, 2020

Scientists Detect Crab Nebula Using Innovative Gamma-Ray Telescope

The first-of-its-kind telescope promises to shed new light on the physics of high-energy phenomena, from supernovae to dark matter.
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Dmitri Basov
May 28, 2020

Quantum Materials Researcher Receives $1.6 Million From the Gordon and Betty Moore Foundation

Dmitri Basov will use the award to develop experimental techniques that could lead to revolutionary applications in electronics, computing energy technology, and medical devices.
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May 22, 2020

The 12 Questions Earth Scientists Should Ask in the Next 10 Years

A committee comprised of scientists from 19 research institutions has outlined what the U.S. National Science Foundation should focus on over the next decade.
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