Wednesday, September 30, 2020
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Inside the target chamber at the University of Rochester's Omega Facility, a team of researchers including Princeton University's Thomas Duffy and June Wicks use lasers to compress iron-silicon samples to the ultrahigh pressures found in the cores of super-Earths.
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Ultrahigh-pressure laser experiments shed light on super-Earth cores

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Clues to the Earth’s ancient core

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Most of Earth’s carbon may be hidden in the planet’s inner...

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Research lends new view of the Earth’s core

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The days are getting longer: Rotation of Earth’s core holds a...

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Earth’s Iron Core Is Surprisingly Weak

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Iron in Earth’s Core Weakens Before Melting

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Geochemical detectives use lab mimicry to look back in time

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First measurement of magnetic field in Earth’s core

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Found: Surviving evidence of Earth’s formative years

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Record high pressure squeezes secrets out of osmium

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New idea tackles Earth core puzzle

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New Kind of Metal in the Deep Earth

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The oldest ice core: Finding a 1.5 million-year record of Earth’s...

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New Cores from Glacier in Eastern European Alps May Yield New...

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Iron Melt Network Helped Grow Earth’s Core, Study Suggests

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Indirect study of Earth’s core

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Ironing out Details of Earth’s Core

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Probing giant planets’ dark hydrogen

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Earth’s Core Deprived of Oxygen

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