Sreeparna Pradhan
Papers
1
Total Citations
4
H-Index
1
About
Sreeparna Pradhan is a researcher whose work bridges physics and biology, with a primary focus on the dynamics of living systems. Her key research areas include undulatory locomotion, spectral mode analysis, and the application of quantum-inspired frameworks—such as Schrödinger dynamics and Berry phase concepts—to biological movement. In her most-cited paper, "Schrödinger Dynamics and Berry Phase of Undulatory Locomotion" (2023, 4 citations), Pradhan introduces a novel approach by using spectral mode representations—traditionally central to quantum mechanics and fluid turbulence—to characterize the behavioral dynamics of living organisms. Her major contribution lies in demonstrating that mode-based linear models, inferred from experimental data, can effectively describe and predict the complex, wave-like motions of organisms like nematodes and fish. This work opens new pathways for understanding locomotion through the lens of physical principles, offering a quantitative framework that bridges theoretical physics and empirical biology. Though early in her career, Pradhan’s innovative synthesis of quantum concepts with biological movement marks her as a promising voice in the emerging field of biophysics and complex systems.
Research Focus
Key Achievements
Top Papers
- 1Schrödinger Dynamics and Berry Phase of Undulatory Locomotion4 citations · 2023