• Quantum Mechanics/Computational Nano-Science Research under Prof. Kalman Varga. • Optimized basis parameters for wave function in Monte-Carlo Simulation to find ground state energy of Helium by implementing Machine Learning algorithms like gradient-descent method (Code base: Fortran).• Analyzed Time-Dependent Variational Principle (TDVP) to solve 2-D Harmonic Oscillator using Gaussian basis set and made improvements to optimize the energies.• Analyzed Stochastic-Variational… Show more • Quantum Mechanics/Computational Nano-Science Research under Prof. Kalman Varga. • Optimized basis parameters for wave function in Monte-Carlo Simulation to find ground state energy of Helium by implementing Machine Learning algorithms like gradient-descent method (Code base: Fortran).• Analyzed Time-Dependent Variational Principle (TDVP) to solve 2-D Harmonic Oscillator using Gaussian basis set and made improvements to optimize the energies.• Analyzed Stochastic-Variational principle to calculate ground energy of 2 H2 molecules using Gaussian basis set and made improvements to optimize the energies. Show less

• Experimental Optics/ Quantum Information Science Research under Prof. Richard Haglund.• Project on time-resolved photoluminescence in nano-structured hexagonal BN using PL microscope and detection of single photon emission. • Responsibilities: take spectroscopy measurements of HBN flakes with PL microscope, devised a plot fit algorithm with Lorentzian-Gaussian mix, optimized image processing for finding possible defects for single photon emission sources.

• BigBang Nucleosynthesis Computational Research under Prof. Robert Scherrer.• Awarded with Vanderbilt Undergraduate Summer Research Programme (VUSRP), a $5000 fund to continue research over summer 2023.• Refactored the only available bigbang nucleosynthesis Python code (made by A.K. Burns et. al. from UC Irvine) using object oriented principles and design patterns to incorporate time variant Friedmann equation.• Incorporated complex mathematical equations in the modeling of the… Show more • BigBang Nucleosynthesis Computational Research under Prof. Robert Scherrer.• Awarded with Vanderbilt Undergraduate Summer Research Programme (VUSRP), a $5000 fund to continue research over summer 2023.• Refactored the only available bigbang nucleosynthesis Python code (made by A.K. Burns et. al. from UC Irvine) using object oriented principles and design patterns to incorporate time variant Friedmann equation.• Incorporated complex mathematical equations in the modeling of the universe’s evolution using various Python packages such as NumPy, Vegas, SciPy, and Numba. • Analyzed simulation dataset and visualizations of Bigbang universe with various models of time varying G. Show less

Working with Professor Calgar Oskay at MultiScale Modeling and Simulation lab on simulating material properties incorporating Quantum Algorithm like Quantum Fourier Transformation.

Worked on benchmarking Hamiltonian Simulation Quantum Circuits on the QED-C public repository QC-App-Oriented-Benchmarks using Mirror circuit and randomized Pauli. Co-authored the paper titled "A Comprehensive Cross-Model Framework for Benchmarking the Performance of Quantum Hamiltonian Simulations"

Designed and Co-instructed the first half of Eight months course on "Introduction to Quantum Computing".

• Designing and Instructing Eight months Course on “Introduction to Quantum Computing” for Quantum passionate students in Vanderbilt and Nashville in general. Collaborated with D-wave Systems for educational resources and workshops. Course Highlight: Preparing students for IBM Qiskit Associate Developer Certification, Providing them industry research experiences through projects on quantum algorithms and industry products/packages in quantum computing. • Partnered with Zapata Computing to… Show more • Designing and Instructing Eight months Course on “Introduction to Quantum Computing” for Quantum passionate students in Vanderbilt and Nashville in general. Collaborated with D-wave Systems for educational resources and workshops. Course Highlight: Preparing students for IBM Qiskit Associate Developer Certification, Providing them industry research experiences through projects on quantum algorithms and industry products/packages in quantum computing. • Partnered with Zapata Computing to teach students to use their Orquestra platform for Quantum computing, Collaborated with IBM Quantum, D-Wave systems, Intel Quantum to organize workshops on basics of Quantum Algorithm and Quantum Computing.• Presented poster at 2023 IEEE Quantum Week on “Developing Workforce in Quantum Industry at the Wond'ry Quantum Studio". Show less

Physics Initiatives in Nepal-PIN is a group of young and dynamic physics aspirants who want to bring transformation in the way of learning Physics in Nepal. PIN organizes different discussions, seminars, webinars, training camps, competitions, and online events for high school students and undergraduate students.I successfully cofounded PIN along with 4 other cofounders, which eventually ended up being Nepal's largest high schoolers led STEM non-profit. PIN eventually inaugurated… Show more Physics Initiatives in Nepal-PIN is a group of young and dynamic physics aspirants who want to bring transformation in the way of learning Physics in Nepal. PIN organizes different discussions, seminars, webinars, training camps, competitions, and online events for high school students and undergraduate students.I successfully cofounded PIN along with 4 other cofounders, which eventually ended up being Nepal's largest high schoolers led STEM non-profit. PIN eventually inaugurated Mathematics Initiatives in Nepal-MIN, Initiatives for Girls in Physics and Tech-IGPTech, and Computer Science Initiatives in Nepal-CSIN while I worked as a President of PIN. Show less