Evan B. Email & Phone Number

Broomfield, Co, Us

Boulder, Colorado, United States

Golden, Colorado, United States

While in graduate school, I’m gathering research for my Ph.D. dissertation, focusing on Non-Linear Optics and Opto-Mechanics and their applications with quantum devices.

Denver, Colorado, United States

Crafted a superior-frequency preamplifier module for state-of-the-art sensor technologies, accomplishing a Gain-Bandwidth Product (GBW) of 1.2 MHz at the 3dB point, a crucial factor for enhancing the system's response rate. Applied innovative noise diminution methods to realize a low noise voltage measure of 0.5 nV/rtHz, preserving signal consistency for an impressive 10,000 data exchanges every second. Infused GBW enhancement methods into the circuit topology, boosting signal… Show more Crafted a superior-frequency preamplifier module for state-of-the-art sensor technologies, accomplishing a Gain-Bandwidth Product (GBW) of 1.2 MHz at the 3dB point, a crucial factor for enhancing the system's response rate. Applied innovative noise diminution methods to realize a low noise voltage measure of 0.5 nV/rtHz, preserving signal consistency for an impressive 10,000 data exchanges every second. Infused GBW enhancement methods into the circuit topology, boosting signal fidelity and the entire performance, enabling more precise data collection throughout 50+ experimental iterations. Show less

Denver, Colorado, United States

Boosted quantum circuit efficiency through algorithm optimization, doubling computational speed and expediting the processing of over 10,000 datasets. Implemented these enhanced quantum circuits on the MNIST dataset boosted performance and demonstrated the power of quantum computing in machine learning tasks, achieving an impressive classification accuracy of over 95%.Designed advanced optimization methodologies into the model training procedure, markedly enhancing algorithm… Show more Boosted quantum circuit efficiency through algorithm optimization, doubling computational speed and expediting the processing of over 10,000 datasets. Implemented these enhanced quantum circuits on the MNIST dataset boosted performance and demonstrated the power of quantum computing in machine learning tasks, achieving an impressive classification accuracy of over 95%.Designed advanced optimization methodologies into the model training procedure, markedly enhancing algorithm efficiency and resilience, slashing computation inaccuracies by 80%. Show less

Served as a teaching assistant for nine introductory experimental physics labs, instructing and mentoring over 250 students across four semesters.Developed strong communication and leadership, integral in managing over 18 weekly lab sessions and addressing an average of 50+ student queries.Facilitated engaging online discussions via video conferencing software and provided 1-on-1 assistance to students; increased student satisfaction rate by 20%.

Denver, Colorado, United States

Orchestrated an investigation into the prevalence and dynamics of vortex disruptions within ferrofluids, establishing a correlation with the Reynolds number and body forces and scrutinizing over 100 vortex instances.Devised an optimized ferrofluid solution and performed thorough experiments and data scrutiny, determining the optimal concentration and magnetization conditions for exact vortex manipulation.

Assisted in the instruction of General Physics II to a class of 30+ students, facilitating regular office hours and in-depth discussions, improving their grasp of complex physics concepts.Effectively reviewed and clarified exam materials for students, resulting in a 15% average improvement in subsequent exam scores and demonstrating a commitment to student success.

Explored the complexities of Standard Maps in chaos theory using object-oriented Python programming, developing and implementing advanced algorithms to simulate and visualize dynamic systems' behavior.Applied rigorous mathematical modeling, computational problem-solving, and data visualization techniques in chaos theory research, improving understanding of chaotic dynamics and enhancing skills in Python programming, mathematical modeling, and data analysis.

Conducted a comprehensive research project on the sun's fluid dynamics and electromagnetic properties using Magnetohydrodynamics (MHD), utilizing the Athena C++ program for astrophysical fluid dynamics simulations.Contributed significant insights into solar dynamics and MHD phenomena, refining skills in C++ programming, numerical simulations, and the practical application of advanced physics concepts.

Led an intensive research project to optimize computational efficiency in quantum chemistry calculations for gold, leveraging the GAMESS computational software, similar to Python.Achieved significant decreases in computational time for energy and heat calculations, enhancing accuracy and contributing to quantum chemistry computations. This work further strengthened skills in computational programming, algorithm development, and quantum chemistry.Optimized computational… Show more Led an intensive research project to optimize computational efficiency in quantum chemistry calculations for gold, leveraging the GAMESS computational software, similar to Python.Achieved significant decreases in computational time for energy and heat calculations, enhancing accuracy and contributing to quantum chemistry computations. This work further strengthened skills in computational programming, algorithm development, and quantum chemistry.Optimized computational efficiency in quantum chemistry calculations involving gold through an intensive research project using specialized software, GAMESS. This achievement sped up energy and heat calculations and increased their accuracy, enhancing overall expertise in computational programming, algorithm development, and quantum chemistry. Show less

Doctor Of Philosophy - Phd, Electrical Engineering

Focus: Electro-Opto-Mechanics, Quantum Optics

Master Of Science - Ms, Quantum Engineering

Bachelor Of Science - Bs, Physics