The results of this study should provide applications in chirality analysis and asymmetric photochemical reactions for biomolecules, chemical substances, and pharmaceuticals.
Jun 28th, 2023
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Chemists have constructed a novel two-dimensional electrically conductive metal-organic framework (MOF), a breakthrough that could help advance modern electronics and energy technologies.
Jun 28th, 2023
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Using ultrasound technology and a nozzle, researchers have separated, controlled and ejected different particles based on their shape and various properties.
Jun 27th, 2023
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A patch made of a nanomagnet composite combined with conductive yarn could be the future of our sportswear, say researchers, who found their textile was able to sense and measure body movements, including muscles flexing and the blood pumping through your veins.
Jun 27th, 2023
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The novel device could lead to more versatile quantum processors with clearer outputs.
Jun 27th, 2023
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Researchers have achieved near-perfect control over the manipulation of individual molecules, allowing them to be identified and characterized with unprecedented precision.
Jun 27th, 2023
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Researchers report a dehydration method for cellulose nanofibers that produces a dense powder while maintaining the unique properties of the thickening agent.
Jun 27th, 2023
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A number of new defects were discovered in hBN that are shaping up to be compelling competitors to diamond's nitrogen vacancy centers.
Jun 27th, 2023
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Researchers have made a dust from baker's yeast that can detect COVID-19 and could safeguard communities against future pandemics.
Jun 26th, 2023
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Low-cost and versatile patch can be customised for different types and sizes of wounds, and provides early warning of adverse conditions to facilitate wound care and management.
Jun 26th, 2023
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Researchers have succeeded in producing a metasurface with a diameter of almost 30 centimeters using electron beam lithography - a world record.
Jun 26th, 2023
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This work has important implications for improving the properties and manufacturing processes of typically brittle ionic and covalent crystals, including semiconductors.
Jun 26th, 2023
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Researchers have developed a new design for computer memory that could both greatly improve performance and reduce the energy demands of internet and communications technologies, which are predicted to consume nearly a third of global electricity within the next ten years.
Jun 24th, 2023
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This novel platform is based on photonic bound states in the continuum, so-called BICs, in nanostructured tungsten disulfide.
Jun 23rd, 2023
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Water and carbon make a quantum couple: the flow of water on a carbon surface is governed by an unusual phenomenon dubbed quantum friction. A new study experimentally demonstrates this phenomenon - which was predicted in a previous theoretical study- at the interface between liquid water and graphene, a single layer of carbon atoms.
Jun 23rd, 2023
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The design engineered with ultrasound-responsive zinc-based metal-organic framework (MOF) antibacterial nanoparticles promises pain-free delivery to treat bacterial infection on skin tissue and facilitate skin repair at the same time.
Jun 23rd, 2023
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