PhD Position: Mechanosensitive Nanochannels Inspired by Biological Receptors The University of Manchester in United Kingdom

This PhD project at The University of Manchester, hosted by the Department of Physics and Astronomy, offers an exciting opportunity to explore the frontier of biomimetics and nanotechnology. The research focuses on the development of mechanosensitive nanochannels inspired by biological receptors, aiming to mimic the sophisticated sensory functions found in human skin. By leveraging advanced 2D materials such as graphene, the project seeks to engineer artificial nanochannels capable of responding to mechanical deformation and enabling controlled ion flows, thus replicating the nuanced responses to touch, force, pressure, and other physical stresses.

The core objectives include designing nanochannels with variable sensitivity to mechanical stress, implementing selective ion permeability to distinguish between different stimuli, and integrating signal processing mechanisms to interpret ion flow patterns. This multidisciplinary research draws on applied chemistry, physical chemistry, fluid mechanics, nanotechnology, chemical physics, experimental physics, and solid state physics, making it ideal for candidates with a strong background in these areas.

Applicants should hold an upper second-class (2:1) honours degree in a relevant discipline, or a combination of such a degree and a Master’s at merit. The application process requires submission of transcripts, CV, referee contact details, a supporting statement, and an English language certificate if applicable. The university values diversity and supports flexible study arrangements, including part-time options.

Funding is primarily for self-funded students, but exceptional candidates may be considered for Faculty funding, which includes a tax-free stipend of £20,780 per year and paid tuition fees. Additional scholarships and awards are available for both UK and overseas students. Applications are accepted year-round, but early application is recommended as the advert will be removed once the position is filled.

For further information or to discuss your suitability, contact Prof R Boya at [email protected]. To apply, submit your online application at this link and ensure all required documents are included. For queries, reach out to the admissions team at [email protected].