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Author Archives: rberkowitz
Finding Stardust in the Ice
Iron-60 buried in Antarctica reveals changes in the local interstellar environment. Continue reading
Rapid Eye Movements Enhance Information Acquisition
A model captures how the retina avoids tuning out during a fixed gaze. Continue reading
A Macroscopic Magnet Precesses
An isolated magnet’s intrinsic angular momentum induces gyroscopic motion, an observation that could lead to ultrasensitive magnetometers. Continue reading
Topological Catalyst Boosts Ammonia Synthesis
Thanks to its unusual band structure, a metal alloy could speed up a potentially sustainable production process. Continue reading
Posted in APS Physics
Tagged APS Physics, Chemistry, Electrocatalysts, Energy, Materials Sciences, Sustainability, Topological Insulators
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Extending the Adiabatic Theorem
Like its slowly perturbed counterpart, a rapidly perturbed quantum system stays closer to the ground state than to any excited state. Continue reading
Building a National Quantum Strategy
Andrea Damascelli recounts the struggles of coordinating different sectors to establish a quantum technology ecosystem in Canada. Continue reading
How Wildfires Transform Soil Chemistry
X-ray microscopy tools at the Advanced Light Source (ALS) mapped the chemistry of wildfire ash, revealing microscale organizational changes in elements within the ash. Continue reading
Posted in Berkeley Lab
Tagged Berkeley Lab, Chemistry, Ecology, Environment, Microscopy, X-rays
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Mysterious type of static electricity has a hidden culprit
Find explains how volcanic ash plumes spark lightning and why dust in grain silos can explode Continue reading
Posted in Science Magazine
Tagged Materials Sciences, Physics, Science Magazine, Soft matter
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Laser Chip Brings Multiplexing to AI Data Centers
Feeding more optical signals into one fiber will reduce latency. Continue reading
Posted in IEEE Spectrum
Tagged Electrical engineering, Electronic engineering, IEEE Spectrum, Optics, Photonics, Semiconductors
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Local Disorder Impacts a Quantum Material’s Electronic States
Atom-level understanding of how the surface electronic properties of a magnetic semimetal can be tuned could guide its use in advanced technologies like spintronics and catalysis. Continue reading
Posted in Berkeley Lab
Tagged Berkeley Lab, Machine Learning, Materials Sciences, Quantum Physics, Spectroscopy
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