Dynamic Research Assistant with a proven track record at the Okinawa Institute of Science and Technology, enhancing quantum computing speeds by a factor of 5. Skilled in Python and C++, demonstrating exceptional problem-solving and communication abilities. Excelled in collaborative environments, achieving significant advancements in high-energy physics and applied mathematics.
Speaker at Okinawa-Europe Cultural Exchange Association (2024)
Delivered engaging presentation at outreach event for over 100 high school to encourage them to pursue a career in science.
Active Cell Transport in Complex Live Tissue (2022)
Developed and compared statistical and deep learning algorithms to characterize hemocyte transport in fruit fly embryo. Data was modeled as fractional Brownian motion, and the Hurst exponent was reconstructed with a root-mean-square error of 8%.
Quantum Factoring (2019)
Designed optical circuit to factorize number 15 using Shor's algorithm. Participated in two research competitions, national and international, where I communicated my results to a broad audience of over 200 non-specialists.