Somsubhra Ghosh

Model building and investigating periodically driven quantum systems using analytical and numerical methods. Proposed a novel method to evade the phenomenon of thermalization in driven isolated quantum systems, which can have an impact on quantum information storage.

• Authored 5 articles in 3 years in high-impact peer-reviewed journals.
• Used analytical and numerical techniques in Mathematica and Python for statistical analysis and implementation of linear algebra.
• Presented talks at 1 international and 7 national conferences, showcasing the research work of our group.
• Mentored junior researchers, providing guidance on model design and numerical techniques for successful project outcomes.
• Served as a teaching assistant for 2 advanced courses directed to a post graduate class of 20 students. Responsibilities involved taking lectures and formulating assignments for the course.

• Carried research work culminating in 3 publications in 2 years in high-impact peer-reviewed scientific journals.
• Involved in theoretical modelling of a quasi two-dimensional magnetic system to successfully explain experimental results.