Dr. Huang has devoted himself to two research topics of optical orbital angular momentum and photon quantum entanglement since his PhD career at National Taiwan University. After receiving his PdD certificate, he spent 13 years of his academic careers in Taiwan, South Africa and the Czech Republic, working on several projects in the fields of quantum optics, nonlinear optics, ultrafast optics, optical microscopy, and quantum sensing. Additionally, during these academic careers, he held various short-term senior optical engineer positions in the photonics and laser industries. He is currently working on a multidisciplinary project, integrating his previous research topics, at Indiana University Bloomington.

Fatemeh grew up in Iran. She received her B.Sc. in Solid State and a M.Sc. in Fundamental Physics. She also earned her second master's at the University of Texas. She went on to earn her Ph.D. in Physics from Louisiana State University, where she conducted both theoretical and experimental research in quantum imaging, sensing, and communication. Her work focused on free-space optics and plasmonic platforms utilizing both coherent and thermal sources. After completing her Ph.D., she joined Iowa State University as a postdoctoral researcher, working on a quantum imaging project based on SPDC sources. Currently, she is involved in a quantum imaging project with undetected photons, which explores advanced methods in quantum optics and nonlinear interferometry.

I'm just a small researcher with a background in computer science, neuroscience, and psychology who aims to save the universe. I was once a game designer who tirelessly churned out games in an attempt to make a fortune during the pandemic, and a counseling psychologist whose expertise seemingly lies only in advising friends to break up. Dreaming of pioneering optical imaging techniques with even greater depth and higher temporal resolution for use in brain research, and outside of that, I'm just a food enthusiast and cooking aficionado—a walking, talking food menu~

I'm Balajee Devesha Srinivasan, I graduated with a Master of Science in Data Science at Indiana University Bloomington. With a background in electrical and electronics engineering, I strive to learn and bring unique interdisciplinary approach to research problems. My work focuses on leveraging advanced machine learning techniques and computer vision to develop innovative solutions in optical imaging. I'm passionate about data-driven problem solving, and I thrive in environments where I can collaborate with diverse teams to push the boundaries of technology. I also enjoy playing volleyball and watching anime. I'm excited to be part of this dynamic research group and look forward to connecting with you all.

My interests lie in coding, problem-solving, and exploring new types of technology to see how they can be used to solve real-world problems. Outside of academics, I enjoy gardening, painting, reading, and coding on personal passion projects!

My research interests center on using biotechnology to address and solve complex biological and environmental issues. Currently, I am involved in a project exploring advanced methods in quantum optics and nonlinear interferometry through quantum imaging with undetected photons (QIUP). Beyond my research, I enjoy volunteering and exploring how technology and coding can foster creativity and connection.

Leung has been named a Luddy Faculty Fellow 2025-26. She is humbled by the recognition and grateful for the support by the department. 

[06/25] Celebrating Aaron's graduation from the Luddy School’s Master’s Program! Very fortunate to have Aaron advancing numerous metaoptics and AI projects in our group. We wish him all the very best as he embarks on his budding career in machine learning engineering!

[05/25] Thrilled and excited that Prof Leung is selected to receive the Ralph E. Powe Junior Faculty Enhancement Award in 2025-26 for her group's research in metaoptics. 

[04/25] Congratulations to Rebecca for completing her undergrad research program through the Center of Excellence for Women & Technology's Emerging Scholars Research Experiences for Undergraduate Women!

[02/25] Our lab successfully demonstrated transverse-OAM and polarization entangled spatiotemporal structured light! This form of mode-entanglement can be leveraged for quantum-enhanced optical detection and imaging. Read more in our paper published in Nanophotonics. 

[12/24] So so proud of Danya (right), an undergraduate in our lab, who presented her work on OCT reconstruction. Balajee (left) did an AMAZING job mentoring Danya. 

Late nights, intense discussions, and hardwork by Hsiao, Kefu, and team. 

[11/24] Back to the Tudor room for an early Thanksgiving celebration. We welcome new members to the group!

[07/24] Our very first group lunch was in the beautiful Tudor Room at IMU in the summer of 2024! Prof Liao and his students joined us as well. 

The Leung Research group collaborates with the Liao Research Group in the development of novel light sources for imaging. Dr. Liao is an Associate Professor of Physics at Indiana University Bloomington and is an expert on ultrafast physics. His group focuses on experimental quantum sciences and technology of light. In particular, the new research projects are on the intersections of quantum optics, structured illumination (topological photonics), x-ray optics, imaging science, strong-field, and ultrafast (femtosecond to attosecond) physics. 

Professor Gerardo Ortiz is concerned with studying foundational, software, and hardware aspects of quantum information science. Simulation of physical phenomena using quantum devices is one of his areas of research. Developing new entangled quantum probes and interferometers to unveil exotic correlations in matter is another. Our group leverages his expertise in guiding our development of suitable optical quantum systems.

Professor John Begg's lab focuses on understanding how groups of brain cells work together to process information. His lab approaches this topic by using advanced arrays with hundreds of tiny wires to eavesdrop on electrical signals within small pieces of brain tissue. Our group and his are collaborating on studying quantum effects in neuro cells and networks. 

In collaboration with Dr. Zhewei Wang, Visiting Assistant Professor of Artificial Intelligence at Ohio University, our group leverages machine learning to accelerate and optimize metasurface design. Dr. Wang’s research spans deep learning, computer vision, natural language processing, reinforcement learning, and medical image analysis. He received his Ph.D. in Computer Science from Ohio University in 2020. 

As part of Indiana University Bloomington's Quantum Science and Engineering Center (QSEc), Prof. Leung works with multiple affiliates and industry partners of the center to advance quantum imaging technologies.