Optical and Acoustical NeuroImaging
At the Ozana Lab, we develop cutting-edge acoustical and optical neuroimaging technologies to explore the brain’s neural circuitry and fundamental mechanisms. Our interdisciplinary research bridges electrical engineering and neuroscience, with applications in brain-computer interfaces, clinical neuroimaging, and neural diagnostics. We specialize in single-photon and superconductive sensing, high-speed FPGA system design, machine learning for neural signal analysis, and nanoelectronics for biomedical sensing. Our goal is to revolutionize how we understand, monitor, and interact with the brain.
Research Areas
Optical & Laser-based Sensing
Advanced optical techniques for imaging, sensing, and acoustic signal reconstruction
Neurovascular Imaging & Brain Monitoring
Non-invasive monitoring of cerebral blood flow and brain activity using multimodal approaches.
AI & Brain–Computer Interfaces
AI-driven decoding of brain signals to enhance brain–computer interaction and cognition research.
