Researchers have developed a drastically smaller and more energy efficient method of creating coveted photon pairs that influence each other from any distance. The technology could transform computing, telecommunications, and sensing.
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MIT engineers designed a nanofiltration process that could make aluminum production more efficient while reducing hazardous waste.
As part of a high-resolution biosensing device without wires, the antennas could help researchers decode intricate electrical signals sent by cells.
A tiny, four-fingered “hand” folded from a single piece of DNA can pick up the virus that causes COVID-19 for highly sensitive rapid detection and can even block viral particles from entering cells to infect them, University of Illinois Urbana-Champaign researchers report.
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Cornell researchers in physics and engineering have created the smallest walking robot yet.
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The 23rd Precision Fair showcased innovations like Hexagon's MarvellScan and Maxon's SCARA robots, with Aero Delft winning the Young Talent Pitch for their hydrogen aircraft.
Semiconductor nanodevices are tiny electronic components crucial in modern electronics due to their smaller size and improved performance. These devices enable faster processors, higher-density memory, and more efficient energy consumption.
Lightwave electronics aim to integrate optical and electronic systems at incredibly high speeds, leveraging the ultrafast oscillations of light fields.
It’s a step toward smart coatings that change color—or other properties—on the fly.
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Soft polymers with the combined properties of electrolytes and traditional polymers offer some unique and desirable properties that can be drastically changed on demand.
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Stanford scientists designed a catalyst that turns carbon dioxide into ethanol, which could incentivize cleaning up emissions.
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EPFL scientists have developed an AI-based technique to improve chemical analysis of nanomaterials, overcoming challenges of noisy data and mixed signals.
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The lightweight material could extend EV range or fuel efficiency once its microstructure is understood.
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Penn State scientists recently found that mass-produced soda-lime silicate glass from post-consumer bottles of different colors can be safely melted together in the recycling process, which could potentially lead to more bottles being recycled.
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Researchers have created a new class of materials called “glassy gels” that are very hard and difficult to break despite containing more than 50% liquid. Coupled with the fact that glassy gels are simple to produce, the material holds promise for a variety of applications.
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