Dr Carlos Garcia Nunez he/him

My research passion lies in developing advanced nanodevices using 1D and 2D materials, with a focus on engineering their electronic and optical properties to meet the demands of next-generation applications in optics, optoelectronics, photonics, and quantum technologies. I lead the Smart Materials Group at the Microelectronics Lab, where we specialise in synthesising semiconductor nanowires, 2D materials, and thin films. Our goal is to translate these nanomaterials into high-impact applications—from energy harvesting and biosensing to quantum coatings and medical devices like piezoelectric systems for muscle regeneration.

While our strength is in material synthesis and early-stage device fabrication, I am keen to collaborate with groups working on device integration, circuit-level design, and theoretical modelling of both material nucleation and device behaviour. I am particularly excited by interdisciplinary opportunities at the interface of quantum technology, medical engineering, and integrated photonics.

Potential CDT projects could explore nanowire photodetectors for single-photon or gas detection, piezoelectric materials for neuromuscular regeneration, or AR coatings tailored for quantum computing environments. I would enjoy supervising projects that combine materials engineering with real-world integration challenges, supporting students in bridging fundamental science with applied innovation.

As a supervisor, I value approachability, collaboration, and scientific curiosity. I maintain regular contact with my students, fostering deep scientific discussions while encouraging autonomy and creativity. I have successfully graduated two PhD students—one now leads a growth R&D line in industry, and the other continues as a postdoctoral researcher in my group.

I am deeply committed to fostering an inclusive, supportive, and equitable research environment. I ensure that all group members feel heard and respected, regardless of background, and I actively support flexible working, inclusive recruitment, and mentoring schemes. I promote diversity in research teams because I believe a variety of perspectives is essential for innovation and excellence.

Outside of the lab, I enjoy science communication, mentoring early-career researchers, and learning about emerging technologies. I strive to create a research environment that is not only productive but also enjoyable, collaborative, and driven by shared curiosity.