fbanki@uci.edu
RESEARCH INTERESTS
Computational neuroscience is the study of brain function in terms of the information processing properties of the structures that make up the nervous system. I am a fond believer that this information processing can be described using mathematics, as a universal language describing the natural phenomena. Through understanding fundamental aspects of any field we can analyze our data and propose a solution. I hold an idealistic view that through conceptual knowledge of the biological neural networks, we should be able to develop original ideas to the mapping of the human connectome, and to the understanding of human consciousness. Applying these disciplines to the technology and technological advancement used in artificial intelligence and brain-computer interfaces is where I see my long term goals. The versatility offered by the fascinating world of neuroscience keeps me humble, knowing that my interests and goals within the field will change when presented with new information and discoveries.
These facts spark my motivation for obtaining a PhD in Neuroscience. I am enrolled as an undergraduate student in Dr. Bruce McNaughton’s research lab. The lab is using electrophysiology and optical imaging methods in order to understand the mechanisms of memory storage and retrieval, via rodent animal models. I am actively engaged in building the electrodes for recording the brain electrical activity, as well as assisting on rat brain surgeries. Recently I have also began to learn MATLAB, the most widespread programming language used for data acquisition and analysis in neuroscience.