Papers
1
Total Citations
12
H-Index
1
About
Tapas Patel is a rising figure in soft matter physics and colloid chemistry, whose work centers on the design and control of smart, stimuli-responsive viscoelastic materials. His primary research explores how light can trigger reversible microstructural transitions in complex fluids, particularly within wormlike micelle systems. In his most-cited paper (2023, 12 citations), Patel demonstrated a novel approach to creating photo-responsive viscoelastic materials by combining a cationic surfactant with photo-responsive organic acids. This work provides a fundamental mechanism for tuning material properties—such as viscosity and elasticity—on demand using non-invasive light stimuli, opening pathways for applications in microfluidics, drug delivery, and adaptive coatings. Though early in his career, Patel’s contributions are notable for bridging molecular-level photochemistry with macroscopic rheological behavior, offering a clear, controllable strategy for designing “smart” soft materials. His findings have already been recognized by peers as a significant step toward practical, light-switchable industrial fluids.
Research Focus
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Top Papers
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