Nikolay Zheludev

Nikolay Zheludev serves as Professor of Physics & Astronomy at the University of Southampton, leading pioneering research in nanophotonics and metamaterials through the Nanophotonics Group and Institute for Life Sciences. His internationally recognized work bridges fundamental physics with transformative applications in optical metrology, super-resolution imaging, and quantum-inspired photonic technologies.

His educational background includes a Philosophy Doctor (1981) and Doctor of Science (1992), reflecting decades of scholarly excellence. Research interests center on nanoscale light-matter interactions, with current focus areas including:

• Photonic time crystals and symmetry-breaking phenomena
• Plasmonic-enhanced optical metrology at picometer scales
• Superoscillatory imaging beyond diffraction limits
• Metamaterial platforms for information processing

Recent publications (2025) demonstrate a cohesive research trajectory advancing optical measurement science through time-crystal photonics, topological light engineering, and plasmonic information channel optimization. These works collectively push metrological precision beyond classical boundaries while establishing new paradigms for nanoscale sensing and imaging.

His exceptional contributions are recognized through prestigious accolades:

• Fellowships: Royal Society (2018), US National Academy of Engineering (2017), American Physical Society (2018)
• Major Prizes: European Physical Society Quantum Electronics Prize (2025), Michael Faraday Medal (2022), Thomas Young Medal (2015)
• Honorary Positions: President's Professor of Physics (2019), Nanyang Research Prize (2018)

Professor Zheludev actively mentors ten PhD students while securing substantial research funding from EPSRC, European Union programs (including multiple Horizon 2020 grants), Samsung Electronics, and US defense agencies. His current projects span next-generation optical metrology, flying electromagnetic toroids, and atomic-scale device patterning, with total funding exceeding £15M over the past decade. He leads the Nanophotonics Group where experimental teams develop cutting-edge instrumentation for picophotonic localization and time-crystal photonics, maintaining strong industry partnerships through the Advanced Metrology Hub for Sustainable Manufacturing.