New Technology– category –
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Josephson Junction Array Functions as Tunable Metamaterial: Microwave Resonances Controlled by Temperature and Power
Applied Physics Letters (AIP Publishing) USA Overview A study in "Applied Physics Letters" demonstrates an electrically isolated Josephson junction array, composed of ~30,000 coupled "meta-atoms," functions as a tunable metamaterial. Thi... -
AgCuTe Thermoelectric Material Achieves ZT 1.4 with Cation Vacancy Control, Significantly Boosting Performance and Thermal Stability
ACS Applied Energy Materials USA Overview A study in "ACS Applied Energy Materials" demonstrates remarkable enhancements in the thermoelectric performance and thermal stability of AgCuTe through precise control of cation vacancies. The f... -
India’s Vimag Labs Secures Fifth Patent for Rare Earth-Free EV Motor, Advancing “VMSM” Technology to Counter China’s Dominance
newmobility.news, motorindia India Overview Indian startup Vimag Labs has obtained its fifth patent for rare earth-free electric motor technology, aiming to reduce dependence on China for EV motor components. Their "Virtual Magnet Synchr... -
AI Framework Accelerates MOF Photocatalyst Discovery: Identifies Novel Cr- and Zn-Based MOFs with Superior Predicted Activity
arXiv (cond-mat.mtrl-sci) Unknown Overview An arXiv preprint introduces an AI-driven integrated machine learning framework for the rational design of Metal-Organic Framework (MOF) photocatalysts. By combining reinforcement learning-based... -
Elastic Effects Dictate Microphase Separation in Composite Systems: New Insights into Coordinate and Momentum Distributions in Swollen Elastomers
arXiv (cond-mat.soft) Unknown Overview A recent arXiv preprint offers novel insights into coordinate and momentum distributions within small composite systems, contributing to soft condensed matter physics. The study particularly highlig... -
Purdue Engineers Develop Novel Cobalt-Aluminum Alloy 10x Stronger Than Steel, Yet Remarkably Ductile at Room Temperature
ScienceDaily (citing Purdue University) USA Overview Engineers at Purdue University have developed a new cobalt-aluminum intermetallic alloy exhibiting unprecedented yield strength, 6 to 10 times higher than high-strength structural stee... -
ACS Proposes Boron Carbon Nitride as Promising Metal-Free MXene Alternative for Energy Storage and Electrocatalysis
Accounts of Materials Research - ACS Publications USA Overview ACS Publications has released a perspective article exploring Boron Carbon Nitride (BCN) as a potential metal-free alternative to MXene, representing a significant advancemen... -
MXenes Lead the Charge: 2D Materials Revolutionize Next-Gen Supercapacitors
IntechOpen Croatia Overview A recent IntechOpen review highlights two-dimensional (2D) materials, especially MXenes, as groundbreaking electrode candidates for next-generation supercapacitors. Their exceptional structural, electrical, an... -
MDPI Review Maps MXene Nanomaterials: Unveiling Structure-Property Relationships, Functional Design, and Emerging Technologies
MDPI (Nanomaterials) Switzerland Overview A comprehensive review published by MDPI highlights MXene as a rapidly expanding family of 2D nanomaterials characterized by exceptional electrical conductivity, hydrophilicity, and mechanical fl... -
Chiral Molecular Identification Revolutionized by Twisted Laser Beams for Faster, More Sensitive Analysis
ScienceDaily USA Overview Scientists have developed a novel molecular identification technique utilizing twisted laser beams that differentially interact with chiral molecules. This method identifies molecules through the unique characte...
