Materials Science
Separate awards to Quantinuum and Rigetti target manufacturing challenges involving photonics, cryogenics, electronics, and semiconductor fabrication
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Updated | 4 min read
Three new and five renewed institutes will study quantum materials, fabrication, sensing, computing, and measurement
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The five-year award will support multi-institutional studies of how molecular connections control polymer strength and other properties
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Synchrotron X-ray computed tomography reveals how porosity changes from the center of irradiated metallic fuel to its cladding
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Researchers disassemble a structural energy-storage device and reuse its carbon-fiber cathode across two additional cells
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MIT researchers identify material properties that could narrow experimental screening for electrochemical ammonia production
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Proof-of-concept method channels more heat into cement production while creating material with comparable mechanical properties
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The SPECTROSCOUT kt brings rapid, benchtop-quality precious metals analysis directly to the point of sale, improving accessibility and timelines
| 3 min read
Delmic introduces advanced robotics and AI to electron microscopy workflows at IMC21 to eliminate manual sample preparation bottlenecks for laboratory professionals
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Researchers used complementary X-ray and optical measurements to reveal an unexpected phase transition in films thinner than three nanometers
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New research-grade material gives laboratories a physical benchmark for evaluating spectroscopy, sorting methods, and automated fiber classification
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A new statistical correction accounts for particle-sizing uncertainty that can obscure relationships between nanoscale structure and performance
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Time-resolved spectroscopy reveals distinct transition mechanisms in erbium tritelluride, offering a new way to study complex quantum materials
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