Heriot-Watt University is offering a fully funded PhD opportunity in Quantum Bio-Imaging, focusing on the development of advanced quantum sensing protocols to study cellular metabolism. The position is based in the Quantum Photonics Laboratory (QPL) under the supervision of Dr. Aldona Mzyk, Associate Professor in Quantum Bio-Imaging. This research is part of a prestigious £2 million UKRI-funded project, aiming to revolutionize biomedical diagnostics and cancer research by leveraging quantum technology.

The project will develop NV-based quantum sensing techniques to investigate how living cells function, with a particular emphasis on engineering nanodiamond surfaces for targeted intracellular applications. Key research areas include:

• Engineering nanodiamond surface functionalization to target specific intracellular compartments
• Understanding the impact of surface chemistry on fluorescence and spin properties of NV defects
• Developing multimodal quantum-sensing approaches for live-cell metabolic imaging

This interdisciplinary project brings together quantum physics, materials science, and cell biology, and is closely linked to the Q-BIOMED UK Quantum Biomedical Sensing Research Hub. The research aims to address critical challenges in cancer treatment by enabling precise monitoring of immune cell metabolism and interactions with cancer cells, potentially leading to improved diagnostics and therapies.

Applicants must be UK nationals due to funding requirements. Candidates should have a strong background in physics, photonics, quantum engineering, materials science, or related fields, and a keen interest in quantum sensing, nanomaterials, or cell biology. The successful candidate will join a vibrant, collaborative research environment with access to state-of-the-art experimental facilities and opportunities for international collaboration.

To apply, send your CV, a short motivation letter, and the names of two referees to Dr. Aldona Mzyk at [email protected]. For more information, visit the project news page or contact Dr. Mzyk directly.

Keywords: quantum bio-imaging, quantum sensing, nanodiamonds, cellular metabolism, biomedical applications, quantum photonics, materials science, cell biology, NV centers, surface functionalization.