"In order to begin understanding the complexities of the human brain, I have always felt that a unique approach is needed. As an aspiring neuroscientist, I have sought to learn the essentials of EE/CS and apply the understanding to brain research.
This past summer, I wanted to immerse myself in a different atmosphere to gain a new understanding of experimentation. I worked at the Honda Research Institute in Tokyo on using electrophysiology to understand how the brain recognizes images. There is a fundamental phenomenon that occurs when a human is able to instantly glance at an image and understand its context and meaning. However, no computer algorithm is able to recognize images as quickly or as accurately as the human brain, even with better optics than the human eye.
So, at Honda, we sought to understand how the brain was able to recognize images by studying subjects via electroencephalography. Through signal processing, we were able to discover fundamental patterns in the frontal cortex of the brain that correlate well to image recognition. This was a small step forward in understanding the characteristic physiology behind image recognition in the brain. And it was through the unique hypothesis-driven research approach of the Japanese that help me push to find this discovery, in which we used to further understand the physiology within the brain.
I felt that being in Japan exposed me to a new way of thinking, one in which I will always keep in mind as I pursue my career in neuroscience."