Quantum Industry Day in Switzerland 2025

14 Oct 2025 | Geneva, Switzerland

Wei Wu

Researcher

University College London

London, United Kingdom

5 profile visits

My research topics include silicon dopants and spin-bearing molecules for quantum science and technology, from a theoretical perspective, through modelling.

My organisation

University College London

University College London

University / R&D Institution

London, United Kingdom

At University College London (UCL), we pride ourselves on being a leading global university committed to advancing knowledge and transforming lives. Our diverse community of scholars, researchers, and students collaborates across disciplines to address complex challenges and drive innovation. With a strong emphasis on interdisciplinary research and real-world impact, we foster an environment that nurtures creativity and critical thinking. Together, we are dedicated to shaping the future through excellence in education and groundbreaking discoveries.
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About me

Ø I completed my Ph.D. in Physics at the Department of Physics and Astronomy, University College London (UCL), supported by the Overseas Research Scholarship and an Engineering and Physical Sciences Research Council (EPSRC) studentship.

Ø My research topics include silicon dopants and spin-bearing molecules, towards quantum.

Ø My career includes significant roles as follows.

n I worked as a key team member to model the magnetic molecules for the EPSRC Molecular Spintronics project (more than 10 papers were published). Between 2010 and 2020, I served as a research associate at Imperial College London and later at UCL.

n I also served as an Associate Lecturer at UCL from 2020 to 2021, teaching materials science and supervising MSc students for their materials modelling projects. 

n I also worked as the Principal Investigator leading the EU Horizon 2020 Marketplace Project at the UCL Institute for Materials Discovery (IMD) from 2021 to 2022, focusing on the modelling of novel materials.

Ø For the global mobility, I have worked as a Visiting Scholar in China and developed my leadership and collaborative skills.

Ø I have developed extensive skills in modelling the magnetic, optical, vibrational and mechanical properties of novel functional materials. These technical skills are complemented by the collaborations with experimentalists, resulting in almost 70 peer-reviewed publications, including one in Nature Communications, two in NPG Asia Materials, one in Scientific Reports, two in Advanced Materials, two in ACS Nano, and one in Chemical Engineering Journal.

Ø My research focuses on modelling advanced materials for new technologies, such as quantum computing.

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Skills

  • Modelling Quantum Materials
  • materials modelling
  • Problem solving
  • Critical thinking
  • Physical Research

Interests

  • Quantum Science
  • Semiconductor dopants
  • Spin bearing molecules
  • materials modelling
  • Topological photonics