Welcome to the 2021 Senior Legacy Symposium!
It has been shown in paper that in gate based quantum computing, quantum walks provide a mathematical description of quantum gates. It has been proposed by Dmitry Solenov, that many of these qubit architectures have accessible auxiliary states that are non-local to qubit states and can provide faster evolution than relying on a two-state quantum system. This allows for quicker gate entanglement, providing robust computation before decoherence comes into effect.
Born in Leawood Kansas, Frank Schroer attended high school in Kansas City, Missouri. Frank is a graduating senior at Saint Louis University, majoring in physics and minoring in engineering mathematics. He will be attending Indiana University for their PhD program in physics next year. Some of Frank's interests includes making electronics, quantum mechanics, and computer science.
I am grateful to Dmitry Solenov during the research process. Dr. Solenov has been a wonderful resource and advisor for the past three years. He has provided a glimpse into what being a professional scientist includes. Specifically, to ask as many questions as possible, and perhaps something interesting will arise from it. For this I am thankful.