Unlocking Mysteries: Probing 2D Material Interfaces with Atomic Precision – A Game-Changer in Twisted Electronics.
Latest in Nanotechnology
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BiotechnologySciTech NewsUniversity Of Würzburg
DNA Chips: A Cutting-Edge Solution for Storing Massive Amounts of Data
Unlocking DNA’s Potential: Revolutionizing Data Storage with DNA Chips for Sustainable Computing.
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DOEEnergyLos Alamos National LaboratoryNanotechnologyNanowiresSciTech News
Pioneering Nanowire Technology: Advancing Fuel Cells with Superior Durability
This article delves into a groundbreaking fuel cell technology developed by Los Alamos National Laboratory, featuring corrosion-resistant coaxial nanowire electrodes. …
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2D MaterialsDOELos Alamos National LaboratoryNanotechnologyPhotonsQuantum Information ScienceSciTech News
Advancements in Quantum Illumination: Device Fabricates Singular Photons and Embeds Data
Scientists at Los Alamos National Laboratory unveil a method to produce circularly polarized singular photons, marking progress in quantum communications. …
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2D MaterialsEnergyGrapheneGreen EnergyHydrogenNanotechnologyPhysicsSciTech NewsUniversity Of Warwick
Breakthrough Discovery: Inexpensive and Sustainable Hydrogen Production Possible Through Graphene’s Unexpected Properties
Discovery: Graphene’s natural proton permeability may revolutionize hydrogen economy, replacing costly catalysts with sustainable 2D crystals.
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2D MaterialsEnergyGrapheneGreen EnergyHydrogenNanotechnologyPhysicsSciTech NewsUniversity Of Manchester
The Beginning of Graphene’s New Chapter: Solving the Enigma of Proton Permeability
Researchers discover graphene’s high intrinsic proton permeability, a breakthrough that could revolutionize hydrogen economy with sustainable 2D crystals.
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DiamondsMagnetic FieldsNanophotonicsOpticsPhotonicsPhysicsSciTech NewsSensor
The Decline of Diamond: Emergence of hBN as the Forefront Material in Quantum Applications
by Manuel Costaby Manuel CostaDiamond’s dominance in quantum sensing is challenged by hBN’s potential, as TMOS researchers discover methods to stabilize its atomic defects.
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2D MaterialsEnergyGrapheneNanotechnologyPhysicsSciTech NewsUniversity Of Arkansas
Long Considered Impossible in Physics: Nonlinear Circuit Harvests Clean Power Using Graphene
by Manuel Costaby Manuel CostaRevolutionary Physics Breakthrough: Graphene Harnesses Ambient Heat for Clean Energy, Implications for Wireless Sensors.
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BuckyballsFullerenesMolecular PhysicsSciTech NewsUniversity Of Colorado At Boulder
A Fresh Perspective on Ergodicity Breaking Through Soccer Balls, Footballs, and Quantum Physics
Scientists explore C60 molecule rotations, uncovering unique ergodicity-breaking behaviors without breaking symmetry, revealing new quantum insights.
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American Chemical SocietyMicroplasticsNanotechnologySciTech NewsWater
How “Smart Rust” Nanoparticles Are Revolutionizing Water Cleanup
Revolutionary ‘Smart Rust’ Nanoparticles: Magnetic iron oxide particles trap pollutants, even estrogen, transforming water purification.