Key Highlights
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Researchers have created a new type of ultra-thin “molecular wire” by using crown ethers to precisely arrange light-emitting metal-halide complexes in a line. This breakthrough allows for better control over the structure of materials used in next-generation LEDs and lasers, leading to wires that glow brightly and respond strongly to light.
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A new quantum-chemical study provides a blueprint for designing molecules that can be attached to platinum surfaces to create better catalysts for fuel cells. This work is crucial for developing more efficient and affordable clean energy technology by explaining how to fine-tune the interaction between the modifier molecule and the metal.
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Scientists have combined a mathematical technique called the implicitly restarted Lanczos method with simple neural networks to model quantum systems with high accuracy. This advance makes precise quantum simulations more accessible, potentially accelerating the discovery of new materials and drugs.
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