Dr Giorgos Georgiou he/him

Photo of Dr Giorgos Georgiou
Harnessing quantum innovation for a sustainable future

Senior Lecturer

James Watt School of Engineering
Research interests:
Quantum tech, Quantum energy, Quantum circuits, Nano devices, Fast circuits, Quantum sensors, Low-power chips, Photon tech, Cryo electronics, Nano energy
Research fields:
Quantum materials for energy applications, Low-energy quantum devices and cryogenics, Quantum computing for climate and energy modelling
Why do you want to join the DiveIn community?
What excites me most is the DiveIn's embracement of interdisciplinarity in research. Tackling global challenges like climate change and building the future of quantum technologies requires more than just technical expertise—it demands collaboration across boundaries. I’m eager to contribute to this dynamic and inclusive community and drive future innovation through interdisciplinary perspectives.
Personal profile:

I am an Associate Professor in Quantum Engineering, exploring how new quantum and nanoscale technologies can help solve global challenges, in the context of energy efficiency and sustainability. My research sits at the intersection of quantum electronics, nano-device fabrication, and high-frequency systems, with a strong drive to develop low-power, high-performance technologies for a net zero future.

In my group, we investigate novel materials and device architectures that operate at the quantum limit, often at cryogenic temperatures, and across THz frequency regimes. We work at both experimental and modelling levels, integrating knowledge from physics, electrical engineering, and materials science. Our goal is not only to push scientific boundaries but to do so in a way that translates into impactful, scalable solutions.

I see huge potential in partnering with researchers in environmental monitoring and sensing through quantum enabled sensors. I’d also like to supervise projects that cross traditional boundaries—such as quantum sensors for climate data, low-power chips for smart grids, or high-frequency systems for low-carbon technologies.

As a supervisor, I aim to build a supportive, inclusive, and intellectually open environment. In the 1st year of the PhD project I supervise closely and give frequency advice and support (2-3 times weekly) and as the PhD student are more confident with their projects I encourage them to follow their curiosity, build confidence, and contribute their unique perspective. My former students have gone on to roles in academia, research technologists and startups.

My commitment to equality, diversity, and inclusion (EDI) is central to my practice. I’ve served on committees where EDI was central, and always promote EDI-based hiring strategies. I have a diverse, multi-national research teams where everyone feels heard and valued.

Outside research, I enjoy hiking, building electronics and PCBs for home automation and gardening. I also enjoy politics and listening to podcasts and discussions about it.

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