EPFL researchers have created a groundbreaking device that operates efficiently at millikelvin temperatures required for quantum computing, potentially revolutionizing cooling…
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Michigan State University combined terahertz laser light, shown as a red wavy arrow, with a scanning tunneling microscope, or STM,…
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A new genetic algorithm enables precise design of phononic crystal nanostructures for improved quantum computing and communication, as confirmed by…
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A breakthrough treatment uses nutrient-based nanomedicine to reactivate dormant metabolic pathways in cancer cells, effectively stopping melanoma growth. This new…
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A new method using rotaxane structures to cross-link graphene layers enhances the flexibility, strength, and conductivity of graphene films, with…
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By Elizabeth A. Thomson, MIT Materials Research Laboratory June 28, 2024 Artist’s rendition of a newly discovered superhighway for electrons…
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Recent studies within the Dynacom framework have shown that low-dimensional materials, composed of atomically thick layered tubes, display new properties.…
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Researchers have discovered that applying pressure to nanoribbons of titanium and sulfur (TiS3) transforms them from insulators to superconductors that…
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Super-resolved photonic force microscopy for detecting ultra-weak interaction forces between nanoparticles and surfaces. Credit: Lei Ding A collaborative research team…
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Researchers at EPFL identified potential unidimensional nanomaterials, including what could be the thinnest metallic wire, using computational methods to study…
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