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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|

科学家们困惑了50多年，一个圣杯般的化学之谜终于解开了: 热度 2 诸平 2024-4-29 10:16; 科学家们困惑了 50 多年，一个圣杯般的化学之谜终于解开了诸平 Fig. 1 In the study, the researchers showed that oxidative dearomatisation changes the three-dimensional structure of some biomolecule components, which in turn can activate a cascade of subsequent and differentiated reacti ...; 个人分类: 新观察|1929 次阅读|2 个评论热度 2

新型一维超导体: 诸平 2024-4-27 20:38; 新型一维超导体诸平 Artistic view of the near-field nano-imaging technique used at ICFO to probe bilayer graphene domains and their boundaries. Credits: ©ICFO/ Matteo Ceccanti. 据英国曼彻斯特大学（ University of Manchester , Manchester, UK ） 2024 年 4 月 24 日提供的消息，多 ...; 个人分类: 新观察|397 次阅读|没有评论

抗生素的突破:革命性的中国研究为超级细菌击败药物铺平了道路: 热度 4 诸平 2024-4-25 19:41; 抗生素的突破 : 革命性的中国研究为超级细菌击败药物铺平了道路诸平 A novel method developed by a Chinese research team introduces antibiotics based on protein building blocks with fluorous lipid chains to combat multidrug-resistant bacteria. Focusing on the unique properties of lipoprot ...; 个人分类: 新科技|2905 次阅读|8 个评论热度 4

最大的癌症全基因组测序研究: 诸平 2024-4-23 19:51; 最大的癌症全基因组测序研究诸平 Fig. 1 Mark Caulfield, now a genomic medicine researcher at Queen Mary University of London, was previously the chief scientist for Genomics England, where he oversaw the 100,000 Genomes Project. He was awarded a knighthood in 2019 for his work on the pr ...; 个人分类: 新观察|2604 次阅读|没有评论

前所未有的光波:科学家揭开了突破性的光量子探测: 诸平 2024-4-21 19:40; 前所未有的光波 : 科学家揭开了突破性的光量子探测诸平 Fig. 1 Paderborn University researchers have developed a new method for analyzing optical quantum states with homodyne detection, significantly advancing quantum computing technology. (Artist’s concept). Credit: SciTechDaily.com ...; 个人分类: 新观察|691 次阅读|2 个评论

突破性的新原理——韩国研究人员发现了液晶的革命性现象: 诸平 2024-4-21 10:13; 突破性的新原理——韩国研究人员发现了液晶的革命性现象诸平 Fig. 1 Researchers have discovered that objects can achieve directed motion within a liquid crystal by periodically changing their sizes, potentially paving the way for advancements in micro-robotics. Fig. 2 From left ...; 个人分类: 新观察|2932 次阅读|没有评论

新材料增压静电储能——19倍能量密度: 诸平 2024-4-20 19:09; 新材料增压静电储能—— 19 倍能量密度诸平 Research has produced a ferroelectric capacitor with 19 times the energy density of current models and over 90% efficiency, using novel 2D/3D/2D heterostructures. Credit: SciTechDaily.com Sang-Hoon Bae 据美国圣路易斯的华盛顿大学（ W ...; 个人分类: 新观察|2631 次阅读|没有评论

中子分子——在MIT的突破性发现中中子与量子点相遇: 诸平 2024-4-17 20:45; 中子分子——在MIT的突破性发现中中子与量子点相遇诸平 Fig. 1 MIT researchers have discovered that neutrons can bind to quantum dots using the strong force, a finding that opens new possibilities for probing material properties at the quantum level and advancing quantum information proc ...; 个人分类: 新观察|2963 次阅读|没有评论

困扰了科学家将近一个世纪的数学难题，两位数学家终于解决了: 诸平 2024-4-14 20:59; 困扰了科学家将近一个世纪的数学难题，两位数学家终于解决了诸平 Fig. 1 Jacques Verstraete and Sam Mattheus, researchers at the University of California, San Diego, have made a significant breakthrough in Ramsey theory by solving the r(4,t) problem, a challenge that has eluded mathemati ...; 个人分类: 数学研究|4112 次阅读|没有评论

揭示早发性癌症背后的快速衰老之谜: 诸平 2024-4-10 20:29; 揭示早发性癌症背后的快速衰老之谜诸平 Accelerated aging in younger populations has been associated with a higher incidence of early-onset cancers, particularly lung, gastrointestinal, and uterine cancers, pointing towards the importance of modifiable factors in cancer risk. Credit: Sci ...; 个人分类: 新观察|3079 次阅读|没有评论

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