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1+ hour, 19+ min ago   (181+ words) By Mike May, PhD For McBee of Advanced Materials Technology, the past several years in pharmaceutical science seem transformative. "I feel like we're coming into another sort of golden age of pharmaceuticals," he says, pointing to the explosion in new…...

3+ hour, 26+ min ago   (591+ words) A 72-qubit superconducting processor forms the foundation of this research, enabling the development of higher-order envelope functions for machine learning interatomic potentials (MLIPs). The study addresses the high computational cost of MLIPs, which currently limits their widespread adoption despite offering…...

5+ hour, 1+ min ago   (577+ words) These simulations were conducted on high-performance NVIDIA A100 and GH200 GPUs, allowing for a direct comparison of performance and scalability. Results demonstrate that DPA2 delivers up to 4.23x and 3.18x higher throughput than DPA3 on the A100 and GH200 GPUs respectively, highlighting a significant performance advantage. Researchers evaluated…...

5+ hour, 47+ min ago   (863+ words) A new nickel-based catalyst can break down mixed plastic waste into useful oils, cutting sorting costs and boosting recycling efficiency. (CREIDT: Shutterstock) "One of the biggest hurdles in plastic recycling has always been the necessity of meticulously sorting plastic waste…...

5+ hour, 57+ min ago   (517+ words) The study highlights the robustness of the QDFT approach, with all systems converging within just two embedding iterations using relaxed self-consistency thresholds. A particularly noteworthy finding is that a (4e,6o) active space, requiring only 10 qubits, recovers around 60 percent of the correlation…...

6+ hour, 42+ min ago   (558+ words) A 100-square-meter pilot facility in Daegu, South Korea, successfully produced 100 kg of SAF per day, achieving a liquid fuel selectivity of over 75%. Korean researchers have demonstrated a new method for producing jet fuel by converting landfill gas originating from food…...

7+ hour, 15+ min ago   (468+ words) The research details how activating orbital degrees of freedom within materials can overcome this limitation, designing a system where alternating occupied orbitals promote both ferromagnetic coupling and ferroelectricity. This innovative approach centres on a fundamental principle of interatomic exchange, linking…...

7+ hour, 21+ min ago   (1045+ words) In the quest to revolutionize energy storage while minimizing environmental harm, researchers at Saarland University are pioneering an innovative approach that leverages hollow carbon spheres infused with iron oxide. Traditional lithium-ion batteries, known for their widespread use in portable electronics…...

7+ hour, 29+ min ago   (1022+ words) Newcastle University is making waves in the field of adhesive technology with a groundbreaking innovation: a reversible glue that significantly alters the landscape of recycling. Developed by their talented engineers at the School of Engineering, this cutting-edge adhesive not only…...

7+ hour, 39+ min ago   (838+ words) Water Pulls the Strings: Decoding the Intricate Dance of Polymers and Water Molecules Polymers, ranging from the vast array of proteins essential to life to synthetic materials engineered for cutting-edge applications, owe much of their dynamic behavior to their interaction…...