工作地点：法国巴黎索邦大学
课题组介绍：http://www.ipcm.fr/bouteiller-laurent-777?lang=en#opennewwindow
项目介绍：csc与索邦大学（sorbonne université）的合作项目

招生类型：
1. 应届与往届硕士毕业生

招生要求：
1. 性格开朗，勤奋好学；
2. 仅考虑有机合成或均相催化背景的候选人，有超分子均相催化背景的学生更佳;
3. 有至少一篇一作的英文文章;
4. 需要与课题组一起申请csc。

研究内容：
Selectivity switchable catalyst for asymmetric cascade reactions
Our project is at the forefront of innovation in the field of homogeneous catalysis. in the domain of supramolecular catalysis, non-covalent interactions are designed between the partners of the catalytic reaction in order to build catalysts with new functions or modify the catalytic performance of an existing catalyst.[1] we propose a new approach in which hydrogen-bonded supramolecular polymers, formed by means of non-covalent interactions between structurally-simple monomers, are used as a scaffold for catalysis. as a proof-of-concept, we performed asymmetric reactions by means of intrinsically achiral metal complexes positioned at the periphery of chiral assemblies. these chiral assemblies are formed either by means of 1,3,5-benzene tricarboxamide (bta) chiral monomers[2] or mixture of chiral and achiral bta monomers.[3,4]  the topic of this thesis concerns the use of selectivity switchable catalyst in stereoselective cascade reactions, following our recently published paper.[4]

major publications:
[1] m. raynal, p. ballester, a. vidal-ferran, p. w. n. m. van leeuwen, chem. soc. rev. 2014, 43, 1660
[2] m. raynal, f. portier, p. w. n. m. van leeuwen, l. bouteiller, j. am. chem. soc., 2013, 135, 17687
[3] a. desmarchelier, x. caumes, m. raynal, a. vidal-ferran, p. w. n. m. van leeuwen,  l. bouteiller, j. am. chem. soc., 2016, 138, 4908
[4] j. m. zimbron, x. caumes, y. li, c. m. thomas, m. raynal, l. bouteiller, angew. chem. int. ed., 2017, 56, 14016

团队优势：
1. 法国最好的大学（居里夫妇的母校）
2. 超一流的实验条件与强大的公共测试／仪器平台（经培训后可自主操作）；
3. 年轻的团队，和谐的师生关系。

有意向攻读读索邦大学博士学位请直接联系
dr. laurent bouteiller (laurent.bouteiller@sorbonne-universite.fr)

请各位同学注意
bouteiller教授这次需要招收具有较强有机化学背景的学生！从事等研究课体是关于超分子手性催化，需要较强的小分子合成或均相催化的专业背景！ 返回小木虫查看更多