Revolutionizing the field of electronics, a research team led by Professor Li Runwei has developed elastic ferroelectric materials through a …
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GrapheneMaterials ScienceMITPhysicsQuantum ComputingQuantum Information ScienceSciTech News
Researchers at MIT Identify Novel Multiferroic Behavior in Five-Layer Graphene: Introducing Ferro-Valleytricity
MIT scientists identify a unique multiferroic state in a specific five-layer arrangement of graphene, revealing unconventional magnetism and a new …
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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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CrystalsDOEMaterials SciencePhysicsSciTech NewsSLAC National Accelerator Laboratory
Resolving a Six-Decade-Long Controversy: Flaws Traverse Diamond Quicker Than Sonic Velocity
Resolving a Six-Decade-Long Controversy: Flaws Traverse Diamond Quicker Than Sonic VelocityAn illustration depicts a powerful laser strike coming from the …
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2D MaterialsGrapheneMaterials ScienceNational Institute Of Standards And TechnologyPhysicsQuantum MaterialsSciTech News
Exploring Novel Characteristics of Twisted Graphene Using a Quantum Metric
NIST scientists introduce a quantum ruler to probe the unique properties of twisted graphene layers, known as moiré quantum matter. …
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Carbon CaptureCarbon EmissionsMaterials ScienceNorthwestern UniversityPhysicsSciTech News
Novel Technique for Direct Air Carbon Capture Developed by Researchers
Northwestern University researchers unveil an energy-efficient moisture-swing method for direct air carbon capture, using various ions to facilitate low-energy carbon …
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Alzheimer'sChalmers University Of TechnologyGrapheneMaterials ScienceNanotechnologyPhysicsSciTech News
Graphene Oxide: A Nanomaterial that Diminishes the Harmfulness of Alzheimer’s-Related Proteins
by Amir Husseinby Amir HusseinResearchers at Chalmers University have shown that graphene oxide nanoflakes can effectively reduce the toxicity of amyloid peptides in a …
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DOEMaterials ScienceOak Ridge National LaboratoryPhysicsPlasticRecycleSciTech News
Innovative Technology Transforms Previously Unrecyclable Plastics into Valuable Chemicals
Innovative ORNL tech converts mixed plastics into valuable chemicals, combating plastic pollution sustainably.
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Materials SciencePhysicsSciTech NewsSpintronicsTohoku University
The Spintronics Revolution: Topological Materials Leading the Way
Exploring Co3Sn2S2’s Spin Hall Effect: A Gateway to Efficient Spintronic Devices.