法国索邦大学Lescouëzec 教授与KREHER副教授联合招收2020年CSC博士生

作者 zhangliteng: 来源: 小木虫 1350 27 举报帖子

法国第一公立大学索邦大学（原巴黎六大） Rodrigue Lescouëzec 教授与David KREHER副教授联合招收2020年CSC博士生

该联合课题组预招收一名中国学生申请CSC来巴黎六大（巴黎第六大学是法国第一公立大学）攻读博士学位，本博士课题属于巴黎六大和中国政府的一个合作项目，该博士生属于 Rodrigue Lescouëzec 教授与David KREHER副教授联合招收，Rodrigue Lescouëzec 教授课题组老师都很nice，对学生也很好，Rodrigue Lescouëzec 教授课题组的学术氛围非常轻松活跃而不压抑。

Rodrigue Lescouëzec 教授课题组具体信息请查看网站：http://www.ipcm.fr/article79.html?lang=fr

本博士课题项目名称为： Novel switchable spin-crossover complexes-based materials for molecular electronics
本博士课题的介绍如下，详细内容见附件。

Novel switchable spin-crossover complexes-based materials for molecular electronics

Molecular switches, which can undergo reversible changes of their electronic properties under external perturbation are attracting strong research interests because of their potential application in molecule-based nanodevices. In particular, magnetic switches, such as spin-crossover, charge-transfer complexes, whose spin-state can be controlled by light, pressure, temperature, electric and magnetic fields, open opportunities molecular electronic. In this context, strong efforts have been devoted to the deposition of these complexes onto solid surfaces as this can represent a first stage in the device’s construction. However, most of the explored routes lead to isolating materials that are difficult to integrate into actual devices. Inspired by the devolvement of molecular electronic driven by polymer science, we started to explore new route that could lead to materials combining both the unusual electronic properties of the molecular switches and the advantageous conductive and mechanical properties of organic polymers.

Following some unprecedented results that have to be confirmed, this multidisciplinary PhD deals with the design, the synthesis and the characterization of a novel series of functionalized magnetic spin crossover complexes (SCO) – based molecular switches incorporated into polymer matrices. The student will have several objectives, from their synthesis to their integration into hybrid nanomaterials. To achieve this challenging subject, several synthetic and complementary characterization techniques will be needed, including NMR and usual spectroscopies, cyclic voltammetry, DSC and ATG, as well as SQUID and PM-IRRAS to characterize their photoswitchable and magnetic properties. The ultimate goal is to elaborate robust switchable hybrid thin-films that aims to be integrated into electronic devices. This means also that thin film morphology preparation and characterization by AFM and/or XPS or even synchrotron measurements (XAS, XMCD) will also be necessary. This work will be co-directed by R. Lescouëzec and D. Kreher from IPCM, in close cooperation with other colleagues from Sorbonne University.

本博士课题对申请者的要求：  申请者现在应该正在读硕士三年级或者2019年夏天已毕业的硕士，男女不限，需公开发表化学专业的SCI一作论文一篇（作为化学专业的同学要是没有公开发表的论文申请CSC时会比较容易被刷掉），如果具备一定的配位化学，磁性以及高分子合成的基础知识会更好。

欢迎有意向申请的同学直接与教授本人联系，发送简历至教授邮箱： rodrigue.lescouezec@sorbonne-universite.fr  ，本人也可代为转发，
本人邮箱：zhangliziteng@163.com[ 来自版块群欧洲公派 ]