Dr. Pramod Kumar
Director of Research & InnovationQuantLase Research & Development Center (QRDC)
About
Dr. Pramod Kumar is a distinguished physicist and visionary scientific leader, currently serving as Director of Research & Innovation at QuantLase Research & Development Center (QRDC), Abu Dhabi, UAE. With over two decades of global research experience spanning premier institutions across Europe and Asia—including Jawaharlal Nehru University, University College Cork, University of Exeter, and IISER Mohali—he has established himself as a leading expert in laser physics, quantum photonics, and nonlinear optical systems. Dr. Kumar is internationally recognized for pioneering innovations that bridge deep science with real-world impact, including the invention of laser-based Diffractive Phase Interferometry (DPI) technology for rapid, seconds-level medical diagnostics. At QRDC, he is spearheading the development of the Photonic Intelligence Processing Unit (PIPU)—a breakthrough paradigm that redefines computation by enabling intelligence to emerge directly from the physics of light. Through multi-SLM architectures, optical chaos, and nonlinear interference, PIPU delivers ultrafast AI model acceleration beyond the limits of conventional electronic systems, positioning the UAE at the forefront of next-generation photonic AI data centers and sovereign digital infrastructure. A recipient of prestigious international recognition, including the Quantum Innovation and Photonic Excellence Award 2025, Dr. Kumar exemplifies the fusion of scientific excellence with national ambition. His mission is to build a sustainable innovation-driven ecosystem in the UAE, translating advanced photonics and quantum technologies into scalable platforms for global technology export, high-value intellectual property, and strategic technological independence. As an inspirational role model, he continues to shape a future where computation, intelligence, and security are fundamentally powered by light, defining the next era of photonic intelligence and quantum-enabled infrastructure.