Professor Martin Weides he/him

Photo of Professor Martin Weides
Engineering quantum and classical nanotechnologies for quantum computing (includes NetZero)

Professor of Quantum Technology

James Watt School of Engineering
Research interests:
Quantum technology, Nanofabrication, Cryogenics, Quantum computing, Microwave to THz technologies, Microwave to optical transduction, Superconductors
Research fields:
Energy efficient electronic for classical and quantum computing; AI-driven nanofabrication; AI control of quantum computing circuits
Why do you want to join the DiveIn community?
It is a fantastic opportunity to leave my academic silo and expand horizons and research frontiers.
Personal profile:

I am deeply immersed in the world of quantum computing, a field grounded in the principles of quantum mechanics and distinct from traditional computing methodologies.

As Director of the James Watt Nanofabrication Centre (JWNC), my work centres on bridging the gap between theoretical quantum models and their practical implementation. Unlike conventional computers that use bits for information processing, quantum computers utilize quantum bits, or qubits. These qubits, leveraging the phenomena of superposition and entanglement, can exist in multiple states simultaneously, offering a monumental leap in computational power. This advancement promises transformative impacts across various sectors, including cryptography, material science, pharmaceuticals, and complex system modeling.

However, the path to integrating quantum computing into practical, real-world applications is fraught with challenges, notably the need for a comprehensive infrastructure to integrate quantum and existing information communication technologies. At the JWNC, our focus extends to three critical technologies: semiconductors, telecom, and quantum. We recognize the crucial role of AI and machine learning in optimizing these technologies, especially in the context of achieving net-zero goals. The integration of AI in nanofabrication processes is a clear pathway to significant advancements in e.g. quantum computing applications.

My approach to supervision is to cultivate a collaborative and interactive environment. Regular weekly updates from my students are essential for maintaining open communication and fostering continuous development. I emphasize teamwork within my research group and ensure I am always approachable for my team members. The varied career paths of my former students across academia, startups, and industry in Europe and the UK showcase the broad impact and applicability of our collaborative work.

EDI is a core value in my professional life. I am committed to creating an inclusive research environment where every member, regardless of their background, feels valued and has equal opportunities to contribute and excel

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