Analysis using X-ray diffraction revealed an unprecedented closeness between the carbon atoms, hinting at the presence of ...

Though it was first predicted in the 1930s, chemists have just now managed to create a covalent bond that only uses one ...

For a little more than a century, chemists have believed that strong atomic links called covalent bonds are formed when atoms ...

Covalent bonds, in which two atoms are bound together by sharing a pair of electrons, form the scaffolding that underpins the ...

Chemists at Hokkaido University have experimentally confirmed the existence of a single-electron carbon-carbon bond for the ...

At Hokkaido University in Japan, researchers led by Takuya Shimajiri and Associate Professor Yusuke Ishigaki have made the ...

多年来，论文作者、日本东京大学的Takuya Shimajiri和同事一直在测试化学键的极限。此前，他们曾对超长柔韧的化学键进行过实验。现在，他们尝试了化学家Linus Pauling于1931年首次提出的想法—— 由一个电子形成的化学键。

首次创造出仅依赖一个电子的共价键 ...

将环球科学设为星标周一至周五第一时间掌握最新鲜的全球科技资讯· 化学 ·碳-碳键只有一个电子？首次发现，或改写教科书首次制出单电子碳-碳键。图片来源：Takuya Shimajiri, et al. Nature. September 25, ...

The discovery of a stable single-electron covalent bond between two carbon atoms validates a century-old theory.

Illuminating the experience of people living with sickle cell could improve patients’ lives and enhance all of medicine ...

塞尔维亚美国物理学家、工程师和发明家，他的贡献主要集中在电磁学和无线电技术方面。他的发明改变了人们对电能和电磁辐射的认知，并为现代通讯技术和能源系统的发展打下了基础。世界历史上公认的两个超级天才之一，另一个天才是博学多闻、多才多艺的达芬奇。