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Supramolecular chemistry has long been an intriguing field, with scientists delving into the self-assembly state of molecules to understand their properties. The ability to control and manipulate the self-assembled state opens up possibilities for designing materials with specific properties, such as charge transport capability and fluorescence wavelength. However, studying structures with supramolecular polymer assemblies derived
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In the realm of artificial intelligence (AI), the processing power required to analyze images and identify objects has always been a challenge. Traditional methods often struggle with high energy consumption, slow processing, and limited bandwidth. However, a breakthrough invention by Penn State electrical engineering researchers offers a promising solution. By leveraging the concept of metasurfaces,
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Seafloor rocks, akin to mysterious books waiting to be deciphered, harbor untold stories about our planet’s history. Frieder Klein, an associate scientist at the Woods Hole Oceanographic Institution, believes that studying rocks is like reading a book, as they hold valuable information about the geological carbon cycle. Klein and his team recently conducted a groundbreaking
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The future of electronics is rapidly evolving and will soon differ significantly from conventional electronics. The storage and transmission of information in future quantum electronics will be based on qubits instead of traditional binary digits. However, one of the key challenges in quantum electronics has been the limited ability to transmit quantum information over long
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The current generation of lithium-ion batteries has revolutionized the way we power our devices, but it’s not without its flaws. From slow charging speeds to limited battery life, these batteries have their shortcomings. However, recent research conducted at the Florida State University has given hope for a more efficient and safer alternative – solid-state batteries.
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Chemists at the University of Illinois Urbana-Champaign (UIUC) have made a breakthrough in understanding the crystal structure of a crucial component of the monensin enzyme. This discovery has led to the unlocking of the enzyme’s reaction activity mechanism. The research, published in Nature Communications, was a collaborative effort between UIUC and The University of Texas
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