Designing and synthesizing exotic small and giant molecules for unusual properties, Associate Professor Yan Xia works at the interface of chemistry and materials science.

Xia Yan, a character in Kengan Ashura, is known for his calm and dispassionate demeanor, contrasting with his twin brother, Xia Ji. His emotional restraint is evident in his interactions with his brother and Shen Wulong. He leads the Worm under the moniker 'The Head'.

Prof. Yan Xia Office: 205 Stauffer II Office Phone: 650-723-9059 Lab Location: 208 Stauffer II Lab Phone: 650-723-5092

2025年2月2日 · Xia Yan (born October 30, 1900, Hangzhou, Zhejiang province, China—died February 6, 1995, Beijing) was a Chinese writer, journalist, and playwright known for his leftist plays and films. Xia was sent to study in Japan in 1920, and, after his forced return to China in 1927, he joined the Chinese Communist Party .

Xia Yan (Chinese: 夏衍; pinyin: Xià Yǎn; Wade–Giles: Hsia Yen; 30 October 1900 – 6 February 1995) was a Chinese playwright and screenwriter, [1] and the People's Republic of China's Deputy Minister of Culture between 1954 and 1965.

Yan Xia. Stanford University. Verified email at stanford.edu - Homepage. polymer chemistry physical organic chemistry organic materials. Articles Cited by Public access Co-authors. Title. ... AJ Boydston, Y Xia, JA Kornfield, IA Gorodetskaya, RH Grubbs. Journal of the American Chemical Society 130 (38), 12775-12782, 2008. 184:

Designing and synthesizing exotic small and giant molecules for unusual properties, Associate Professor Yan Xia works at the interface of chemistry and materials science.

Yan Xia Associate Professor Department of Chemistry Stanford University Office: Stauffer II 205 Phone: 650-723-9059 Email: yanx AT stanford.edu Yan grew up in the older part of Beijing (which was very different from the bustling city now) and received his undergraduate degree from Peking University ('02) and MSc from McMaster University ('05).

2020年1月6日 · 2017年，斯坦福大学夏岩（Yan Xia）教授课题组和Noah Burns教授课题组、Todd Martinez教授课题组合作，展示了聚梯烯高分子机械力作用下重排为长共轭的聚乙炔，彻底改变高分子几乎全部性质，开创了用机械力化学把绝缘体变半导体的全新发展方向（Science, 2017, 357, 475-479，点击阅读详细）。 这类聚梯烯高分子的重要特点是具有多个力化学单元，因而可以级联触发，依次连通，形成长程共轭结构。

夏岩（Yan Xia） 夏岩， 北京大学化学学院 1998级本科生，2005年获 麦克马斯特大学 硕士学位，2010年获加州理工学院博士学位，后供职于陶氏化学核心研发部门，2011年在麻省理工学院从事博士后研究。2013年夏加入斯坦福大学化学系，任助理教授，致力于高分子 ...