Felix Aplin

Dr. Felix Aplin is a researcher at the University of New South Wales (UNSW), Faculty of Medicine, specializing in Biomedical Engineering with a focus on neural engineering and neuroprosthetics. His research spans multiple domains within neuroscience and biomedical technology, with significant contributions to understanding and developing neural modulation techniques.

Dr. Aplin's primary research interests center around neural engineering and neuroprosthetics, with particular expertise in direct current neural modulation techniques. His work investigates how electrical stimulation can be used to modulate neural activity in the vestibular system, peripheral nerves, and visual pathways. He has made significant contributions to understanding how ionic direct current can be used for combined inhibition and excitation of neural systems, with applications in pain management, vestibular disorders, and visual restoration.

Analysis of Dr. Aplin's publication record reveals a strong trajectory in developing implantable neural modulation technologies. His research demonstrates an evolution from basic neural mechanisms to practical applications in neuroprosthetics. A significant portion of his work focuses on pain management through peripheral nerve modulation, while another major strand explores visual restoration through retinal prostheses. His recent publications (2023-2024) show increasing translational focus, with studies moving from rodent models to human applications in pain research.

Dr. Aplin collaborates extensively with leading researchers in neural engineering, particularly with G. Y. Fridman, with whom he has co-authored numerous publications including book chapters on implantable direct current neural modulation. His research bridges multiple disciplines including neuroscience, biomedical engineering, and clinical applications.