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Measurements of the reactivity of volatile organic compounds emitted by urban trees show that they contribute more to ground-level ozone than do other, human-produced forms of emissions.
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The heat required to erase secondary magnetic signals in clay can aid researchers in distinguishing ancient pottery from modern forgeries.
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(10 October 1943 – 15 June 2026)
The nuclear theorist was internationally recognized for his contributions to few- and many-body quantum problems.
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Researchers harness the power of acoustic resonance to move and steer 3D-printed boats and microfliers.
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After an injury forced him to pivot away from football, Tyler had a chance encounter that ignited his curiosity about exoplanets.
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Myriad solutions emerge in the stressful process of balancing professional ambition and personal happiness.
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Seismic and acoustic data can be used to understand atmospheric energy exchanges occurring just above the surface.
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An interview with a prominent member of the Marshallese diaspora delves into the ongoing impact of aboveground US nuclear weapons testing in the Pacific archipelago.
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The agency awarded fewer grants in the physical sciences in fiscal year 2026 than most years in its history.
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The former fighter pilot wants the designers of autonomous systems to heed the hard lessons from aviation.
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The user community is cheering the availability of more neutrons for scattering experiments while also worrying that a budget shortfall will prevent their full exploitation.
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Data from a multi-instrument observation campaign shed light on fine-scale, fast-changing air–sea interactions that have implications for scientists’ understanding of larger-scale climate dynamics.
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Over a fiber-optic line with state-of-the-art throughput, light carrying the classical information of internet users was joined by photons serving as quantum cryptographic keys.
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What had appeared to be an upper limit to the strength of the events is an artifact of measurement uncertainty and statistical bias. Those lessons could be relevant for data analyses in other disciplines.
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Detecting quantum particles of gravity was long considered hopeless. A new perspective, which takes advantage of quantum technologies, suggests that an experimental realization may be closer than previously thought.
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The newest spacecraft from NASA started as a spy telescope. It’s just one example of the intelligence world offering resources to astronomers.
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Although atoms in an optical lattice typically have only local interactions, periodically shaking them can effectively induce random long-range couplings.
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With quantum state tomography, researchers in the booming field of quantum information science are able to characterize essential operations and devices.