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Faculty Directory Dr. Santanu Das
Dr. Santanu Das

Dr. Santanu Das

Assistant Professor

[email protected]
Vidwan Profile Google Scholar

Academic Information

Ph.D.(Science), Jadavpur University, 2025

M.Sc (Mathematics), Jadavpur University, 2014

B.Sc (Mathematics), Jadavpur University, 2012

Research Areas

Dynamical system analysis in cosmology Dark energy Modified Gravity

Research Interests

Theoretical cosmology, dynamical systems analysis, dark energy models, modified gravity theories and semiclassical gravity. The work focuses on phase-space and stability analysis of cosmological models to understand the evolution of the universe and late-time cosmic acceleration. It also involves the study of scalar-field dynamics, holographic dark energy models and quantum field effects in curved spacetime with the aim of connecting fundamental gravity theories to observable cosmological phenomena.

Courses Taught

Engineering Mathematics, Discrete Mathematics, MatLab pertaining to Engineering Mathematics Course.

Positions Held

Assistant Professor of Mathematics, Department of Basic Science and Humanities, Institute of Engineering & Management since 4th August, 2015.

Publications

1.Phase space analysis of Rényi Holographic dark energy model: S. Das, N. Mahata S Das, N Mahata, General Relativity and Gravitation 57 (8), 120, 2025. 

2.Conformally coupled massless scalar field in semi-classical gravity and its cosmological consequences, S Das, N Mahata, EPJ Web of Conferences 325, 01013, 2025

3.Cosmological implications of non-minimally coupled gravity, S Das, N Mahata, P Ray, Modern Physics Letters A 39 (12), 2450017,2024

4.Study on the effect of non-Newtonian nature of blood flowing through an elastic artery with slip condition, S Nanda, BB Mallik, S Das, Journal of Chemical, Biological and Physical Sciences 7 (4), 934-942,2017

5.A Study on Bingham Plastic Characteristics of blood flow through multiple overlapped stenosed arteries, S Nanda, BB Mallik, S Das, SS Chatterjee, S Ghosh, S Bhattacharya Saudi J. Eng. Technol 2 (9), 349-357, 2017.