● Evaluated the gap equation of the chiral symmetry quark model with contact interaction in medium at finite temperaturerelated to the NJL model supervised by Thomas Klaehn, Prof., PhD., Department of Physics and Astronomy, CaliforniaState University, Long Beach● Conducted to find the solution of the gap equation using Schwinger-Dyson equation and modified with using Matsubaraformalism in many-body Physics, finite-temperature quantum field theory of quark matter, group theory, analysis offractal dimension and Mandelbrot/Julia set● Analyzed the Green’s functions and implemented the propagators of the gap equation of quark matter, and solved themnumerically with implementing the Python codes● Derived the gap equation of a diquark system using Fierz Transformation to find the propagator● Applied different regularization schemes on the gap equations, plot their graphs using Python, and compared the results● Integrated the results for my thesis “Regularization Scheme Dependence Of Gap Equations For Dense Matter” on Latex

● Instructed students in electrostatics and electrodynamics as related to the lab for Electricity and Magnetism in severalPhysics 152 (Electrodynamics) Lab sections● Taught the Empirical method (the worst case scenario) and Jacobian method of finding uncertainties, and builtexperiments of electrostatics, made a capacitor, assisted to find the dielectric constant of materials, electric potential ofdipole, dipole moment of permanent magnet, building and analyzing various DC circuits and RC circuits using breadboard● Created the final exam of Physics 152 lab sections● Graded the students’ lab reports and the exam

● Conducted research in the field of superconductivity mechanisms and materials, BCS theory, performed rigorousderivation, identified figures, and scientific contents, and assisted in preparing the manuscript for book publishing● Completed more than 50 figures and diagrams and integrated them with the corresponding equations● Liaised with Dr. Kresin to execute the superconductivity project of book publishing

● Developed and facilitated lesson plans 5 times a week for college breadth requirement courses in subjects: calculus, linear algebra, number theory, differential equation, and physics with focus on class retention and student success● Utilized a variety of teaching techniques to encourage students to think critically and enhance student engagement in a 16-week statistics course