معرفی
Professor John Pendry is a renowned physicist at the Department of Physics, Imperial College London, specializing in metamaterials and electromagnetic phenomena. His work includes pioneering research on invisibility cloaks, negative refractive index materials, and quantum electrodynamics in time-varying systems. He has contributed significantly to the development of metasurfaces and their applications in light manipulation, photonics, and plasmonics. Pendry's theoretical frameworks have bridged macroscopic and nanoscale optics, influencing fields from telecommunications to quantum computing.
Key achievements include the 2013 Newton Medal for contributions to surface science and photonics, and the 2024 Kyoto Prize in Physics. His research explores nonlocal effects in materials, time-varying systems, and Casimir physics, with recent work focusing on synthetic motion in optical metasurfaces and THz amplification in graphene-based devices. Pendry collaborates across disciplines, advancing metamaterials from theoretical concepts to practical engineering solutions.
He leads research groups and has authored over 200 papers, including seminal works on transformation optics and metamaterial cloaking. His labs at Imperial College explore topics like plasmonic exceptional points, spacetime modulation, and energy loss in superlenses. Pendry's future work aims to integrate quantum effects into metamaterial systems and develop next-gen photonic devices.
