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Could a new superlubricity coating reduce economic losses of 1 trillion dollars from friction and wear?

Could a new superlubricity coating reduce economic losses of 1 trillion dollars from friction and wear?
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Chanaka kumaraMichael lanceDepartment of energy oak ridge national laboratoryOak ridge national laboratoryMaterials today nanoOak ridge nationalLatest updatesBing news

Applications of Boron Nitride-Based Hydrogels

Reinforcing hydrogels with boron nitride nanosheets enhances mechanical, thermal, and self-healing properties, making them versatile platforms for advanced electronics, biomedicine, soft robotics, and environmental devices.

Medstockphotos shutterstockKateryna kozlova shutterstockSemiconductors industryHeat management in electronicsBoron nitrideDrug deliveryIndustry focusNitride hydrogelsPromising futureBoron nitride hydrogelsMaterials today nanoSome recentBoron nitride hydrogels

Could a new superlubricity coating reduce economic losses of 1 trillion dollars from friction and wear?

Michael lanceChanaka kumaraDepartment of energy oak ridge national laboratoryOak ridge national laboratoryMaterials today nano

Superlubricity coating could reduce economic losses from friction and wear

Superlubricity coating could reduce economic losses from friction and wear
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Chanaka kumaraSheng daiHuimin luoMichael lancePeter blauBrian westBruce buntingDepartment of energy oak ridge national laboratoryEnergy chanaka kumaraShell global solutionsOak ridge national laboratoryMaterials today nanoGeneral motorsTodd toops

Ideal Method to Fabricate 1D Nanomaterials For Bioengineering

Researchers presented nanobrush-shearing technology (NBST) as a promising strategy to tailor the assembly of nanomaterials for bioengineering applications.

Giovanni cancemi shutterstockSusha cheriyedathBhavna kavetisepBhavna kavetiNanomaterials forNanobrush shearing strategy enablingSynchronous electrochromic actuatorsControlled growthNeural stemIamge creditMaterials today nanoMaterials today