人工智能、大数据、机器人、机器视觉等前沿技术的创新及融合应用正在有力地驱动各行各业的智能化升级,从而推动新质生产力的发展。作为新能源产业的支柱和绿色经济的主要推动力,锂电行业的智能化升级显得尤为重要。...
阅读全文To detect these phenomena at the APS, scientists used a technique called resonant X-ray diffraction at the 4-ID-D beamline, which is designed to examine magnetic materials. The process involves measur...
阅读全文To succeed, the researchers have overcome technical barriers through a combination of AI-enhanced holographic imaging and new nanophotonic device approaches. The first hurdle was that the techniques f...
阅读全文The Gwangju Institute of Science and Technology (GIST) announced that a team of researchers led by Senior Researcher Sang-Youp Yim of the Advanced Photonics Research Institute and collaborators from t...
阅读全文“Those chemical bonds are like tiny vibrating springs, which are generally felt by electrons, impairing the performance of molecules and devices. However, we have now found that certain molecules can...
阅读全文The attosecond community, including lead authors Matthias Kling and Francesca Calegari, have developed tools to measure the oscillating electric field of ultrashort laser pulses. In one of these field...
阅读全文Overview of perturbation-based explainable AI (XAI) system. a) A schematic comparing a conventional AI system and an XAI system. b) A schematic overview of the perturbation-based XAI algorithm, includ...
阅读全文These new results present a groundbreaking advance in optical microscopy, bringing it to the ultimate length and time scales simultaneously. Direct observation of ultrafast tunnelling currents could e...
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阅读全文大阪大學開發了一項可將棉與聚酯(PET)的混紡纖維予以快速分離、回收之技術。經實驗確認,透過微波照射裝置的利用,將可不對棉產生作用而PET被選擇性分解並轉換為前驅物「Bis-2-Hydroxylethyl Terephthalate(BHET)」。...
阅读全文DIC計畫於2030年推出一項基於「易解體性」概念,黏合組件可輕鬆拆卸之環氧接著樹脂。透過與學術界的開放式創新,「易解體性」環氧樹脂預計採用將觸發因子結合於分子構造並透過感應加熱(Induction Heating)或微波等非...
阅读全文新型高质量无添加剂石墨烯油墨可用于3D打印 近日,中国科学院大连化学物理研究所研究员吴忠帅团队和中国石油大学(华东)吴明铂教授团队合作,在3D打印石墨烯微型超级电容器研究方面取得新进展。合作团队开发出一种...
阅读全文上海交大JPCL快讯 | 金纳米棒表面非巯基修饰DNA的高效组装 纳米科技 作者:X-MOL 2024-05-08 英文标题:Efficient Poly-Adenine-Tailed DNA Functionalization of Gold Nanorods for Tailored Nanostructure Assembl...
阅读全文Appl. Phys. Rev. | 无铅双钙钛矿中激子的安德森局域化 纳米科技 作者:X-MOL 2024-05-08 安德森局域化是由凝聚态物理学家Philip W. Anderson 提出的,它是凝聚态物理中最重要和迷人的概念之一,它对电子的输运过程有...
阅读全文This review is organized by Prof. Jianping Meng and Zhou Li (Beijing Institute of Nanoenergy and Nanosystems, Chinese Academy of Sciences) and Prof. Chengguo Lee (Department of Electrical and Computer...
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