麻豆传媒

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An international research team coordinated at KIT (Karlsruhe Institute of Technology) has developed mechanical metamaterials with a high elastic energy density. Highly twisted rods that deform helically provide these metamaterials with a high stiffness and enable them to absorb and release large amounts of elastic energy. The researchers conducted simple compression experiments to confirm the initial theoretical results. Their findings have been published in the science journal Nature. (DOI: 10.1038/s41586-025-08658-z)

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The digital health sector is evolving rapidly, with data analytics playing an increasingly important role in shaping the future of healthcare delivery. A newly released work offers an in-depth look at how doctors, patients, and platforms collaborate to create value within this rapidly growing field. This timely publication provides critical insights for healthcare providers, platform managers, and policymakers, offering strategies to optimize service delivery and improve user engagement. It also forecasts the future trajectory of internet-based health platforms, presenting a comprehensive vision of how they will evolve in the coming years.

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It may take 100 years for the southern elephant seal colony of Península Valdés in Argentine Patagonia to look like it did in 2022.

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当两种材料接触时，其表面上的带电实体会受到轻微推动。这就是气球在皮肤上摩擦产生静电的原因。同样，流过某些????表面的水也会获得或失去电荷。现在，有研究人员在《ACS Central Science》期刊上发表文章称已经利用这种现象，根据流经管道的雨状液滴进行发电。他们展示了一种新型流动模式，其产生的功率足以??????点亮 12 个 LED。

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Cuando dos materiales se tocan, sus cargas superficiales se alteran, generando electricidad estática. Investigadores han aprovechado este fenómeno para generar electricidad a partir de gotas de agua que se desplazan por un tubo, produciendo suficiente energía para encender 12 LED.

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If qubits lose energy, they can lose coherence and thus their stored information. Determining the key sources of energy loss and adjusting how qubits are made can help researchers design new devices that can retain coherence and thus quantum information for longer amounts of time. In this study, researchers designed a novel way to characterize energy losses in a thin-film resonator. The work found that tantalum construction and annealed sapphire substrates improve device performance.

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New Study Confirms: Landmark Federal Plan Could Enhance Multiracial Well-Being and Extend Life Expectancy for Everyone in America

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Now, newly published work from Bill King, Nenad Miljkovic and their colleagues is bringing some much overdue innovation to the design of heat exchangers. They’re using additive manufacturing, otherwise known as 3D printing, to create heat exchangers with dramatically superior functionality.

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Un equipo internacional de astrónomos, liderados por la astrónoma de NOIRLab de NSF Christina Williams, descubrió la galaxia espiral más distante de la que se tenga registro hasta ahora. Se trata de Zhúlóng, que significa ‘Dragón Antorcha’ en la mitología china, y corresponde a un sistema ultra masivo que ya existía a mil millones de a?os después del Big Bang, y que sin embargo, muestra una estructura sorprendentemente madura. Zhúlóng fue descubierta como parte del Estudio PANORAMIC Survey realizado en el Telescopio Espacial James Webb.