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Hrushikesh Sable

@hrushikeshsable

Quantum physicist at Virginia Tech developing computational methods and algorithms to study quantum systems.

At Virginia Tech, I research strongly correlated quantum systems and open system dynamics, developing techniques to study their behavior. This work has resulted in three publications, with two more in the pipeline.

I developed efficient Monte Carlo methods for quantum many-body thermalization and have experience applying tensor network methods to strongly correlated systems.

During my research at Indian Institute of Science Education and Research (IISER), Pune, I conducted research on quantum spin ice systems and developed MPI-parallelized code to solve spin ice systems in 2D lattices.

My PhD research involved designing and implementing MPI-parallelized computational codes using exact diagonalization and Gutzwiller theory. I also developed a novel percolation technique, with findings published in a peer-reviewed scientific manuscript.

Experience

Work history, roles, and key accomplishments

Current

Postdoctoral Research Associate

Current

Virginia Tech

May 2023 - Present (3 years 5 months)

->Conducted research projects in the field of strongly correlated quantum systems and open system dynamics, resulting in 3 publications till date and 2 in the pipeline.
->Developed efficient computational methodologies such as Monte Carlo for quantum many-body thermalization, enhancing the analysis and simulation of large-scale quantum systems.
-> Experience with tensor network methods for strongl

Senior Research Fellow

Indian Institute of Science Education and Research (IISER), Pune

Jan 2023 - Apr 2023 (3 months)

-> Conducted brief research on quantum spin ice systems
-> Developed an MPI parallelized code to solve spin ice systems in 2D lattices

Education

Degrees, certifications, and relevant coursework

Physical Research Laboratory & Indian Institute of Technology Gandhinagar

Doctor of Philosophy - PhD, Physics

2017 - 2022

-> Collaborated effectively with labmates, demonstrating strong communication and teamwork to achieve research objectives, leading to 8 publications in high-impact peer-reviewed journal, and 4 preprints.
-> Designed and implemented MPI-parallelized computational codes in a team environment using advanced techniques such as exact diagonalization and Gutzwiller theory.
-> Developed a novel percolat