Welcome to the Advanced Photonic Devices Lab!
Our focus is on creating cutting-edge quantum-limit devices, ultra-low-loss structures, and efficient systems for applications in quantum information science (QIS).
To achieve these goals, we employ a set of tools and a robust design framework to enhance the photonic and electronic properties of semiconductors and solid-state devices.
We are dedicated to pioneering new materials and devices for quantum photonic components, particularly those with high refractive indices. This innovation promises to significantly reduce the footprint of photonic circuits while introducing novel functionalities. Additionally, we are passionate about exploring high-index photonic systems and the potential of high-index material nanostructures in the realm of QIS.
In essence, our work will serve as a key piece in the photonic QIS puzzle, strengthening the quantum photonic toolkit and uncovering fresh insights and opportunities in high-index photonics. Most importantly, however, the APD lab will equip students and researchers for the rapidly growing semiconductor industry and the burgeoning QIS field.
News
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CREOL Marks Strong Presence at 2025 Siegman International School on Lasers
CREOL Marks Strong Presence at 2025 Siegman International School on Lasers Annual tradition continues with honor for CREOL student By Aaron Eades | September 4, 2025 Swati Bhargava (center) and Eric Van Stryland (far right) at the Siegmen International School on Lasers in Yerevan, Armenia. Facebook LinkedIn For more than a decade, CREOL has showcased… Continue reading ›Sep 4 -
Ukrainian STEM Students Find Refuge and Research Opportunities in U.S. Program Led by CREOL Professor
Ukrainian STEM Students Find Refuge and Research Opportunities in U.S. Program Led by CREOL Professor UCF graduate students also learn conference-planning and mentoring skills By Aaron Eades | September 3, 2025 Students attend the “Science for Ukraine” program in New York. Facebook LinkedIn In 2023, bright students at the STEM-focused Ukraine Physics and Mathematics Lyceum… Continue reading ›Sep 3 -
UCF Researchers Advance Understanding of Quantum Light and Turn Loss into Robustness
The study demonstrated a “lossy” platform that could lead to more robust quantum states of light, adding to the foundation for future applications like quantum computing. Continue reading ›Aug 25