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[交流] 【全奖】英国圣安德鲁斯大学Renald Schaub导师招收2025年博士生（与爱丁堡大学合作）

英国圣安德鲁斯大学（University of St Andrews）化学院 Dr Renald Schaub组拟招收一名2025博士生，本项目与爱丁堡大学Prof Eleanor Campbell合作
申请人可获得本组提供的全额奖学金（学费+生活费），或可申请CSC奖学金如有偏好。
【物理化学，表面科学，光电，富勒烯】相关

本组目前主要应用低温（4K）真空扫描隧道显微镜(LT-UHV-STM) 进行有关内嵌C60方面的研究，相关成果详见https://www.nature.com/articles/s41467-019-10300-2/。本组信息可见网页 https://schaubgroup.wp.st-andrews.ac.uk/

有意者请尽快联系Dr Renald Schaub, （联系方式：renald.schaub@st-andrews.ac.uk ）并附上本人英文简历，学位证明，成绩以及语言成绩等材料。
如有疑惑或想要咨询相关信息，也可在本贴下留言

招生信息：
• 提供全奖奖学金（包括学费+生活费）
• 指导导师：圣安德鲁斯大学化学院 Dr Renald Schaub
爱丁堡大学化学院 Prof Eleanor Campbell
• 学位要求：化学，物理化学或材料相关专业的硕士学位
• 开始日期：2025年秋季九月至十月
• 雅思要求：总分6.5，小分6.0 （此成绩为圣安德鲁斯化学院入学语言要求）

课题内容如下：
Endohedral Fullerene Molecular Switches

Applications are invited for a talented and motivated PhD candidate to join our team at the University of St Andrews (Scotland, UK) working towards the understanding and development of multi-position molecular switches based on individual endohedral fullerene molecules and building on recent results with Li@C60 [1]. The project will involve a combination of experimental work (carried out by the PhD candidate) and theoretical calculations (by collaborators) to determine the conductance and switching mechanism within the endohedral molecules. The theoretical component of the project will be carried out by collaborators outwith the UK. The research is motivated by recent experimental studies in Edinburgh and St Andrews that have demonstrated a multi-way switch using Li@C60 deposited on a metal substrate. The position of the Li inside the fullerene cage can be manipulated by applying a voltage from an STM tip in a novel mechanism that is thought to be connected to the excitation of diffuse Rydberg-like molecular orbitals. As many as 14 different switch positions have been identified within a single molecule [1], far more than for conventional molecular switches. An increased understanding of the mechanism and further studies on the optimisation and control of the switching phenomenon in endohedral fullerenes could lead to the development of a highly promising nanoelectronics component. A suitable candidate will possess a first class or upper-second class undergraduate degree (Masters or equivalent) in chemistry, physics or materials science. A strong interest in advanced experimental techniques involving low temperature STM is essential. Other essential attributes are good presentation and communication skills, both written and oral.
• The PhD studentship is fully funded (UK and international students welcome).
• Supervisors: Dr Renald Schaub, School of Chemistry, University of St Andrews. Prof Eleanor Campbell, School of Chemistry, University of Edinburgh
• Contact: renald.schaub@st-andrews.ac.uk
• Web: https://schaubgroup.wp.st-andrews.ac.uk/
• Masters degree, first class or upper-second class (or equivalent) in chemistry, physics or materials science.
• Start date: September or October 2025 (or sooner)
• IELTS score of 6.5 or above, with a minimum score of 6.0 in every section.

[1] H.J. Chandler, M. Stefanou, E.E.B. Campbell, R. Schaub, “Li@C60 as a multi-state molecular switch”, Nature Comm. 10 (2019) 2283.

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