Researchers have created an antenna for light sources on a chip using an unusual placement of a semiconductor material. In the future, efficient nanoscale LEDs and lasers could be produced in this way.
Jul 3rd, 2023
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Transistors that can change properties are important elements in the development of tomorrow's semiconductors. Researchers now have shown how to create new configurable transistors and exert control on a new, more precise level.
Jul 3rd, 2023
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Using tiny laser-launched projectiles and troves of data, scientists can more quickly bridge the gap between a material's microscopic properties and its real-world behavior.
Jul 3rd, 2023
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Scientists have found that even amorphous materials can possess topological properties, challenging the belief that only crystalline materials can exhibit such characteristics.
Jun 30th, 2023
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The new photonic chip enables exponentially faster and more energy-efficient artificial intelligence.
Jun 29th, 2023
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Researchers used artificial intelligence to create microscopic particles which can effectively transport medicines to precisely target and treat diseased cells.
Jun 29th, 2023
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Researchers created a sensor that is extremely sensitive and reliably linear over a broad range of applications, has high pressure resolution, and is able to work under large pressure preloads.
Jun 28th, 2023
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Researchers have made a leap forward in tissue regeneration by creating a multi-levelled scaffold that encompasses properties of native bone on both the nano, micro and macro scale.
Jun 28th, 2023
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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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