Welcome to Illuminating Quantum Frontiers: From Photons to Emerging Technologies! Join us at Imperial College London, Blackett Lecture Theatre 2 for an exciting event delving into the world of quantum physics and its applications in cutting-edge technologies.
About this event
A Homi Bhabha & Cockcroft Walton Lecture in partnership with the Institute of Physics and the Indian Physics Association hosted at the University of Bristol.
Join us for a landmark evening celebrating the centenary of quantum mechanics and the global collaborations shaping its future. This prestigious lecture honours the legacy of visionary physicists and marks the culmination of the United Nations–declared International Year of Quantum Science and Technology.
About the Talk
Marking 100 years of quantum mechanics, this lecture explores how Quantum Optics and Nonlinear Optics have deepened our understanding of the quantum world and enabled transformative technologies.
Professor Ghosh will share highlights from her pioneering work on entangled photon sources and quantum memory protocols, showing how light-based approaches continue to shape quantum innovation. She also addresses the “dark side” of quantum tech—decoherence and security vulnerabilities—and outlines strategies to build more resilient quantum systems.
About the Speaker
Professor Rupamanjari Ghosh is a leading physicist and academic strategist whose career spans quantum research, institutional leadership, and national science policy.
She served two terms as Vice-Chancellor of Shiv Nadar University, led acclaimed Indo-French collaborations, and helped shape India’s National Quantum Mission. Her leadership is featured in UC Berkeley’s Career Journeys of Diverse Leaders (2024), and she currently serves on multiple advisory boards across India and the US.
Her accolades include the Stree Shakti Science Samman, CV Raman Lecture Award, and India’s Changemaker: Woman of the Year 2022.
Whether you're a physicist, student, policymaker, or curious mind, this event offers a rare opportunity to engage with cutting-edge quantum research and its global implications.
