Revolutionary Lithium Ceramic Synthesis: Cobalt-Free, Efficient Battery Innovation for Electric Vehicles.
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BiotechnologyChronic PainMITSciTech News
Innovative Soft Optical Fibers from MIT for Treating Peripheral Nerve Pain
Innovative MIT fibers use light to tackle peripheral nerve pain, offering hope for better pain management.
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CrystalsMaterials ScienceMITPhysicsSciTech NewsSuperconductivity
Advancements in Quantum Materials: MIT’s Fusion of Quasicrystals and Superconductivity
MIT scientists merge twistronics with quasicrystals, offering new insights into superconductivity. This interdisciplinary approach has led to the development of …
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MagnetismMaterials ScienceMITPhysicsSciTech News
Magnetism Reimagined: MIT’s Pioneering Advances in Topology
by Klaus Müllerby Klaus MüllerMIT researchers challenge conventional wisdom by showing that topology can sustain magnetism at elevated temperatures. The study has far-reaching implications …
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GeologyGeophysicsMITSciTech News
Acoustic Fingerprints: MIT Researchers Investigate Earth’s Subsurface Through Sound
MIT researchers use sound waves to investigate the Earth’s subsurface, revealing that unique acoustic patterns in rocks can indicate geological …
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DiabetesMITSciTech News
MIT’s Self-Oxygenating Implant To Revolutionize Diabetes Treatment
by Manuel Costaby Manuel CostaInnovative MIT implant offers hope for Type 1 diabetes: Self-oxygenating device promises insulin without injections.
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BiofuelBiomassEnergyFuelMITSciTech NewsTransportation
MIT’s Biomass Breakthrough: 100% Sustainable Jet Fuel From Plant Waste
MIT breakthrough: Lignin to sustainable jet fuel. A game-changer for aviation’s carbon footprint.
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ConstructionMaterials ScienceMITPhysicsSciTech News
MIT Scientists Utilize Kirigami Techniques to Create Robust yet Lightweight Materials
MIT researchers employ the ancient Japanese art of kirigami to create lightweight yet ultrastrong materials with customizable mechanical properties. These …
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Carbon CaptureCatalystsClimate ChangeMITPhysicsSciTech News
Innovative Approach by MIT: Unified Electrochemical Process for CO2 Capture and Conversion
MIT scientists reveal a single electrochemical process to capture and convert CO2, aiming to reduce emissions from hard-to-decarbonize industries like …
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Battery TechnologyLithium-IonMachine LearningMITSciTech NewsTechnology
In-Depth Analysis of Lithium-Ion Batteries Via Machine Learning-Enhanced X-ray Imaging
Researchers from MIT, Stanford, SLAC, and Toyota have used machine learning to analyze X-ray imagery of lithium-ion batteries. The study …