Liam Reimer

Motivated and inquisitive physics undergraduate with a strong interest in the fundamental nature of the universe. My academic and independent study have deepened my passion for particle physics, particularly the fundamental interactions and quantum fields described by the Standard Model. I bring a detail-oriented, analytical mindset and a commitment to exploring complex scientific problems through collaboration and precision. With strong technical skills, laboratory experience, and a drive for continuous learning, I am well-prepared to contribute meaningfully to research environments that value curiosity, critical thinking, and teamwork.

• Investigated wave phenomena, thermal systems, light spectra, and optical principles through hands-on laboratory work
• Operated and calibrated equipment including oscilloscopes, spectrometers, lasers, and heat sources to collect and interpret data
• Applied uncertainty analysis, documented procedures and results clearly, and collaborated effectively in team-based lab environments

• Modeled synchrotron radiation from relativistic charged particles in circular motion using Python, applying electrodynamics and special relativity to analyze radiation power, angular distribution, and spectral characteristics.
• Explored quantum dynamics using the Feynman path integral formulation, implementing numerical simulations to approximate transition amplitudes and visualize quantum interference from multiple classical and non-classical paths.