Quantum physicist Zhu Zijie leaves Europe for China

Quantum physicist Zhu Zijie has returned to China from Switzerland to join Fudan University as a Xianghui Young Scholar and associate professor at the Xianghui Academy. He aims to conduct cutting-edge research in cold atoms. Previously, he graduated from Peking University and studied at ETH Zurich, Albert Einstein's alma mater, staying for postdoctoral work.

Quantum physicist Zhu Zijie, a rising star in the field, has left Europe for China. He told the South China Morning Post he wants ‘to do something nobody’s done’.

After graduating from Peking University, Zhu went to the Swiss Federal Institute of Technology Zurich (ETH Zurich) – Albert Einstein’s alma mater – for graduate studies. He stayed there as a postdoctoral researcher at the Institute of Quantum Electronics for over a year.

In March, Zhu returned from Switzerland to join Fudan University as a Xianghui Young Scholar and associate professor at the Xianghui Academy. He will undertake cutting-edge research in cold atoms.

The move highlights China's efforts to attract top scientific talent from abroad, as reported by the South China Morning Post.

Articles connexes

Chinese semiconductor engineer Xu Zhenpeng says he left the United States for China to pursue a more independent research environment and long-term academic goals. China's rapidly evolving advanced manufacturing research ecosystem was a key driver.

Rapporté par l'IA

Rising talent in micron-precision 3D printing, Xu Zhenpeng, announced on social media his move from a California startup to an academic position in Shanghai, China. Previously, he led a team developing 3D printing techniques to make chip production faster and cheaper than conventional multimillion-dollar machines.

Une équipe dirigée par le physicien de l’université Rice Pengcheng Dai a confirmé un comportement émergent semblable à des photons dans un matériau liquide de spin quantique. La découverte dans l’oxyde de cérium zirconium vérifie un véritable glace de spin quantique tridimensionnel. Cette avancée résout un casse-tête de longue date en physique de la matière condensée.

Rapporté par l'IA

Des physiciens de l'université de Heidelberg ont développé une théorie qui unit deux visions contradictoires sur le comportement des impuretés dans les systèmes quantiques à plusieurs corps. Ce cadre explique comment même des particules extrêmement lourdes peuvent permettre la formation de quasiparticules par de minuscules mouvements. Cette avancée pourrait impacter les expériences sur les gaz ultrafroids et les matériaux avancés.

 

 

 

Ce site utilise des cookies

Nous utilisons des cookies pour l'analyse afin d'améliorer notre site. Lisez notre politique de confidentialité pour plus d'informations.
Refuser