Neural Dynamics & Multimodal Biomedical Imaging
Integrating electrophysiology, neurophotonics, photoacoustics, and laser-speckle imaging to resolve neural and neurovascular dynamics.
NEUROENGINEERING · BIOMEDICAL ELECTRONICS · BIOMEDICAL IMAGING · CLINICAL TRANSLATION
From Neural Dynamics
to Clinical Intelligence.
Lun-De Liao leads an interdisciplinary research program integrating neuroengineering, biomedical electronics, multimodal biomedical imaging, intelligent medical devices, artificial intelligence, and digital health to create clinically deployable systems for brain and human health.
CORE MISSIONNeuroengineering &
Translational
Biomedical Systems
BIOMEDICALELECTRONICSIMAGINGSYSTEMSCLINICAL
136SCI publications
42H-index · Jul 2026
20issued patents
05licensed technologies · 6 agreements
SIGNATURE RESEARCH PROGRAMS
View the research architecture →Three programs connecting mechanism, systems, and medicine.
Biomedical Electronics, Intelligent Devices & Sensing Systems
Integrating biomedical electronics with wearable, wireless, AI-enabled, and nanomaterial-driven sensing platforms around consequential unmet clinical needs.
Artificial Intelligence, Digital Health & Clinical Translation
Integrating artificial intelligence, engineering measurement, clinical validation, and real-world deployment in a coherent translational pathway.
ENABLING TECHNOLOGIESNano-Neural InteractionNano-BiosensingBiomedical ElectronicsArtificial IntelligencePhysiological Signal Processing
FLAGSHIP CONTRIBUTIONS
Read selected contributions →Defined by significance, not only by output.
Multimodal mapping of neural and neurovascular dynamics
Why it matters: synchronized views of electrophysiology, blood flow, oxygenation, and tissue response connect disease mechanisms with therapeutic effects.
Noncontact perfusion imaging for microcirculation assessment
Why it matters: rapid, quantitative, noncontact assessment can support clinical decisions in wounds, shock, and peripheral circulation.
AI-enabled biomedical devices and digital health systems
Why it matters: continuous sensing and machine intelligence enable remote care, mental-health support, and proactive safety.
GLOBAL LEADERSHIP & TRAINING
Building research and talent networks across Taiwan, Singapore, Japan, and the United States.
Joint research, bilateral forums, international scientific communities, and interdisciplinary training turn individual projects into durable capability—and give emerging researchers a global platform.