PhD thesis supervisor: dr. Urtė Prentice (apply for recommendation)
Integration of quantum materials in molecularly imprinted polymers for functionalization of advanced selective sensors
The aim of this research is to develop and investigate a new generation of MIP-based sensors by integrating commercially available quantum materials (e.g., two-dimensional semiconductors and/or quantum dots (CdSe)) in order to purposefully modify and enhance their sensing performance. Quantum materials will be employed as functional additives or active layers, enabling signal amplification, noise reduction, improved selectivity, or the implementation of novel signal transduction mechanisms (electrical, optical, or electrochemical).
The scientific novelty of the topic lies in the systematic investigation of the interface between MIP recognition sites and the electronic and surface properties of quantum materials, an area that remains insufficiently explored. The work is focused on practically implementable solutions: the selected materials are commercially accessible, and the integration approaches are compatible with existing sensor fabrication technologies.
The expected outcomes have strong application potential in environmental monitoring, biomedical diagnostics, and food safety.