Atomic And Molecular Optics Laser Laboratory
Current
Newark, Delaware, United States
As an AMO Laser Laboratory Research Assistant, I have been instrumental in the exploration of cutting-edge scientific frontiers. This role involves working in a high-energy laser laboratory environment where I am responsible for the operation, maintenance, and alignment of a terawatt laser system. My duties include overseeing the environmental controls, constructing and aligning interferometers, and developing interfacing code to integrate scientific equipment.One of the key highlights of this role has been my involvement in implementing Frequency-resolved optical gating (FROG) techniques to analyze the pulse duration of our laser system. I have iteratively optimized laser pulse stretching and compression using optical gratings, ensuring the precision of our experiments.In addition to my laser-related responsibilities, I have gained expertise in using CCD cameras and irises to align the laser pulse with various optical components, including the Spectra Physics Quanta-Ray Pro-350 amplifier, compression gratings, Thorlabs spectrometer, and gas vacuum chamber. This experience has allowed me to work with a range of gases, such as Argon, Carbon Monoxide, and Acetylene, in ion spectroscopy experiments.Furthermore, I have been actively involved in time of flight data collection and analysis, contributing to the understanding of atomic and molecular ionization behavior in extreme conditions.My work as a team member has helped me build strong communication and collaboration skills, as I continuously engage with peers and faculty members to ensure the success of our research projects. This role has provided me with practical experience in the application of advanced physics concepts, computational modeling, and experimentation, thereby equipping me with a well-rounded skill set for future research endeavors in Atomic, Molecular, and Optical physics.