معرفی
Professor John B. Pendry serves as Chair Professor of Theoretical Solid State Physics at Imperial College London's Faculty of Natural Sciences and holds a Senior Fellowship at the Hong Kong Institute for Advanced Study (City University of Hong Kong). Elected Fellow of the Royal Society in 1984, he has held significant leadership roles including Head of Physics Department (1998–2001) and Principal of the Faculty of Physical Sciences (2001–2002). His career spans foundational work at Cavendish Laboratory, Bell Laboratories, and Daresbury Laboratory before his decades-long tenure at Imperial.
His educational background includes:
- B.A. in Physics, University of Cambridge (1965)
- Ph.D. in Solid State Theory, University of Cambridge (1969)
Pendry's research revolutionized electromagnetic theory through metamaterials and transformation optics. His discovery of negative refractive index materials enabled unprecedented control of electromagnetic waves, leading to practical applications like super-resolution lenses overcoming diffraction limits and radar-frequency invisibility cloaks. Current work extends metamaterial concepts to time-structured materials, exploring energy non-conservation phenomena and Hawking-like radiation effects. His theoretical frameworks bridge condensed matter physics, nanotechnology, and electromagnetism, with applications spanning optics, acoustics, and quantum phenomena.
Analysis of his seminal publications reveals consistent innovation in microstructure-driven material properties. Starting with plasmonic structures in the 1990s, his work evolved to transformation optics in the 2000s, establishing fundamental principles for manipulating electromagnetic fields through engineered microarchitectures. These publications form the bedrock of modern metamaterial science, enabling technologies from medical imaging to stealth systems.
His exceptional contributions are recognized through:
- Royal Medal of the Royal Society (2006)
- Kavli Prize (2014)
- Dan David Prize (2016)
- Kyoto Prize (2024)
- Knighthood for services to science (2004)
As a research leader, Pendry secured multiple EPSRC Senior Research Fellowships (1997–1998, 2003–2009) and directed major collaborations including the Duke University team that experimentally validated his cloaking theories. His work attracts substantial funding from UK research councils and international bodies, driving experimental implementations of theoretical concepts. While specific advisees aren't documented in source materials, his mentorship shaped generations of physicists through Imperial College's condensed matter programs.
Pendry co-founded and advises Imperial's Centre for Plasmonics and Metamaterials, maintaining active collaboration with experimental teams at Imperial, Duke University, and nanoGUNE research center in San Sebastian (where he serves as Chairman). His theoretical frameworks directly enable cutting-edge experimental work in plasmonic waveguides, singular electromagnetic structures, and time-varying metamaterials.
