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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|

中国的42特斯拉磁铁打破了美国之前的纪录: 诸平 2024-10-25 21:41; 中国的42特斯拉磁铁打破了美国之前的纪录诸平 Fig. 1 On September 22, China set a new world record with a 42-tesla resistive magnet, surpassing the previous 41.4-tesla record held by the US since 2017. This breakthrough, developed by the High Magnetic Field Laboratory of Hefei Inst ...; 个人分类: 新科技|427 次阅读|没有评论

叶酸是保护宝宝远离铅和自闭症的关键吗？: 诸平 2024-10-25 20:49; 叶酸是保护宝宝远离铅和自闭症的关键吗？诸平 A recent study indicates that folic acid may reduce the risk of autistic-like behaviors in children by weakening the impact of lead exposure during pregnancy. 据加拿大西蒙菲莎大学（ Simon Fraser University , Burnaby, British Columb ...; 个人分类: 药物动态|1127 次阅读|没有评论

运动神经元疾病的突破性药物在新的研究中显示出希望: 热度 1 诸平 2024-10-24 19:05; 运动神经元疾病的突破性药物在新的研究中显示出希望诸平 Key Highlights: Ellorarxine, a novel drug compound developed by Nevrargenics, has demonstrated antioxidant and anti-inflammatory effects, which make it a promising new therapy for treating ALS. The results showed that Ellorarxine in ...; 个人分类: 药物动态|3156 次阅读|6 个评论热度 1

量子纠缠有多快?: 热度 2 诸平 2024-10-23 20:24; 量子纠缠有多快? 诸平 An atom is hit by a laser pulse. One electron is ripped out of the atom, another electron is shifted into a state with higher energy. 据奥地利维也纳理工大学（ Vienna University of Technology 简称 TU Wien ） 2024 年 10 月 22 日提供的消息，量子纠缠有多 ...; 个人分类: 新观察|4130 次阅读|7 个评论热度 2

核糖体诡计：癌症免疫逃避的秘密: 诸平 2024-10-22 20:07; 核糖体诡计：癌症免疫逃避的秘密诸平 Fig. 1 Cancer cells evade immune detection by altering their ribosomes. This adaptation makes them less visible to the immune system, presenting a potential target for enhancing cancer treatment effectiveness. Credit: SciTechDaily.com Fig. ...; 个人分类: 新科技|3702 次阅读|1 个评论

革命性的发现：包裹并消灭细菌的蛋白质: 热度 1 诸平 2024-10-21 19:14; 革命性的发现：包裹并消灭细菌的蛋白质诸平 Illustration of how GBP1 proteins (blue and purple) attach to the membrane of a bacterium (yellow), zoomed in from an image taken with an electron microscope (in grayscale). Credit: TU Delft 据荷兰代尔夫特理工大学（ Delft University of T ...; 个人分类: 新科技|3880 次阅读|4 个评论热度 1

小小的调整会对你的日常步行产生巨大的影响: 诸平 2024-10-20 20:36; 小小的调整会对你的日常步行产生巨大的影响诸平 (playb/Getty Images) 据“科学警报” （ sciencealert ）网站 2024 年 10 月 18 日报道，这个小调整会对你的日常行走产生巨大的影响（ This Small Tweak Makes a Huge Difference to Your Daily Walk ）。一项新的研究表明，如果走路是你 ...; 个人分类: 健康生活|912 次阅读|没有评论

纳米晶体的突破可以使电视更亮，太阳能电池板更高效: 诸平 2024-10-20 19:39; 纳米晶体的突破可以使电视更亮，太阳能电池板更高效诸平 Curtin University researchers have made a breakthrough in nanotechnology by discovering how to increase molecule adhesion to nanocrystals, potentially improving a wide range of everyday technologies. By studying how the sh ...; 个人分类: 新科技|805 次阅读|没有评论

生物技术突破：改造树木以取代化石燃料: 诸平 2024-10-20 15:07; 生物技术突破：改造树木以取代化石燃料诸平 Fig. 1 Researchers have engineered poplar trees with altered lignin content that are more easily degraded by microbes, paving the way for sustainable chemical production and providing a promising solution to reduce reliance on fossil ...; 个人分类: 新科技|4934 次阅读|2 个评论

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|887 次阅读|没有评论

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