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其它杂项| 健康生活| 数学研究| SCI| 科技期刊研究| 新科技| 新观察| 风景如画| 警句荟萃| 药物动态| 同学会| 文理动态| Free eBook|

新一代电子技术突破：利用混沌边缘制造高性能、高效的微芯片: 诸平 2024-10-19 20:16; 新一代电子技术突破：利用混沌边缘制造高性能、高效的微芯片诸平 Fig. 1 A new study shows that electronic chips can be dramatically simplified by using the “edge of chaos,” which enables long metal lines to amplify signals and act like superconductors, reducing the need for separate a ...; 个人分类: 新科技|3137 次阅读|没有评论

光子驱动的突破：面向未来的快速、安全和可持续的电信: 诸平 2024-10-14 15:09; 光子驱动的突破：面向未来的快速、安全和可持续的电信诸平 Fig. 1 Researchers at the University of Maryland, led by You Zhou, have developed a new device that processes information using minimal light, offering significant energy savings and improved security for telecommunications. Cre ...; 个人分类: 新科技|5433 次阅读|没有评论

破纪录的激光脉冲: 热度 1 诸平 2024-10-12 20:25; 破纪录的激光脉冲诸平 Fig. 1 A peek inside the record-breaking laser. The image shows the round amplifier disk, through which the laser beam passes several times (bright spot at the centre). (Image: Moritz Seidel / ETH Zurich) Fig. 2 An overview of the entire system: The ...; 个人分类: 新科技|7062 次阅读|7 个评论热度 1

突破光子技术改变量子计算: 热度 1 诸平 2024-10-11 21:20; 突破光子技术改变量子计算诸平 A recent quantum computing breakthrough has enhanced the scalability and efficiency of quantum computations, moving closer to practical quantum computing advancements. Credit: SciTechDaily.com 据以色列耶路撒冷希伯来大学（ The Hebrew University of J ...; 个人分类: 新科技|7988 次阅读|2 个评论热度 1

革命性的技术在原子水平上解开量子物质的秘密: 诸平 2024-10-11 20:16; 革命性的技术在原子水平上解开量子物质的秘密诸平 Fig. 1 RODAS, a novel technique from Oak Ridge National Laboratory, enables precise material analysis at the atomic level, aiding the development of quantum computing materials like molybdenum disulfide. Credit: SciTechDaily.com ...; 个人分类: 新科技|3050 次阅读|没有评论

革命性的超级聚合物:难以置信的坚韧和无限回收: 诸平 2024-10-10 20:10; 革命性的超级聚合物:难以置信的坚韧和无限回收诸平 Fig. 1 Scientists have invented tough, chemically recyclable polymers that maintain high performance under stress but can be precisely broken down and reused with no loss in quality. Their method uses a metal catalyst to trigger decomp ...; 个人分类: 新科技|7572 次阅读|没有评论

革新空间通信:利用尖端等离子体技术实现424Gbit/s: 热度 1 诸平 2024-10-9 19:28; 革新空间通信:利用尖端等离子体技术实现 424Gbit/s 诸平 Fig. 1 ETH Zurich’s breakthrough in using plasmonic modulators has achieved speeds up to 424Gbit/s, offering new possibilities for space communication and global internet access with potential speeds up to 1.4 Tbit/s. Credit: Sci ...; 个人分类: 新科技|6511 次阅读|2 个评论热度 1

革命性的光芒:科学家揭示了抑郁症的隐藏化学: 诸平 2024-10-8 16:33; 革命性的光芒:科学家揭示了抑郁症的隐藏化学诸平 Innovative imaging technology allows for selective detection of serotonin, shifting focus from serotonin levels to neuron release functions in depression studies, with implications for targeting mTOR in treatments. Credit: SciTechDaily.com ...; 个人分类: 新科技|6954 次阅读|没有评论

Nature：自旋电子学的重大进展: 诸平 2024-10-6 21:11; Nature ：自旋电子学的重大进展诸平据奥地利的约翰 · 开普勒林茨大学 ( Johannes Kepler University Linz 简称 JKU)2024 年 10 月 4 日提供的消息，自旋电子学 : 重大进展（ Spintronics: significant progress ）。一个国际研究小组在原子薄反铁磁隧道结（ atomically thin antiferr ...; 个人分类: 新科技|4936 次阅读|没有评论

中国科学家公布了世界上最强大的声子激光器: 热度 1 诸平 2024-10-5 19:51; 中国科学家公布了世界上最强大的声子激光器诸平 Fig. 1 The microsphere, levitated by the dual beam optical tweezer (green), is driven by the active optomechanical system (red) to generate nonlinear phonon lasers (colored waves). Meanwhile, the injected electrical signal, represented by ...; 个人分类: 新科技|7739 次阅读|1 个评论热度 1

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