My research interests are broadly in the areas of Non-equilibrium Statistical Mechanics, Soft matter Physics, and Fluid Mechanics.
The research topics are :
(i) Diffusion of Brownian particles in confined environments
(ii) Active motion: swimming of microorganisms and artificial self-propelled bodies
(iii) Response of self-propelled bodies to external gradients (Chemotaxis)
(iv) Hydrodynamics of active droplets under various conditions
(v) Dynamic response of protein molecules to external radiation
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Active particle transport in pulsating three-dimensional geometries by Sinha R., Gupta A. , Burada P. S. Physical Review Research 8 023069- (2026)
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Chemotaxis of two chiral squirmers by Maity R., Burada P. S. Phys. Fluids 35 043611- (2023)
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Hydrodynamics of a deformed axisymmetric swimmer by Biswas S., Burada P. S., Raja G. P. Applied Mathematical Modelling 158 116934- (2026)
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Langevin Dynamics Modeling for Mechanistic Insights into Ultrasound Triggered Drug Release from Gold Nanoparticle Conjugates by C. P. K., Burada P. S., Khamrai M. , Dasgupta S. , Roy A. J. Chem. Phys. 164 044101- (2026)
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Inertial active particles in a Poiseuille flow: upstream swimming and particle separation by Gupta A., Burada P. S. Physical Review E 112 065425- (2025)
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Chiral swimmer with a regular arbitrary active patch by Biswas S., Burada P. S., Raja G. P. Fluid Dynamics Research 57 045502- (2025)
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Microscopic machinery for ion-triggered drug release from gold nanoparticles-drug conjugates - Optical spectroscopy and molecular dynamics studies by C. P. K., Burada P. S., Roy A. , Dasgupta S. Physical Review E 111 054405- (2025)
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Role of obstacle softness in the diffusive behavior of active Particles by Gupta A., Burada P. S. J. Chem. Phys 161 214901-214908 (2024)
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Separation of interacting active particles in an asymmetric channel by Gupta A., Burada P. S. Physical Review E 108 034605- (2023)
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Hydrodynamics of a slip-stick sphere with a non-axisymmetric patch by Biswas S., Burada P. S., Raja G. P. Phys. Fluids 35 033613- (2023)
Principal Investigator
- Separation of active particles in microfluidic channels Science and Engineering Research Board (SERB)
Ph. D. Students
Bidhan Mandal
Area of Research: Active Matter Physics
Rahul Sinha
Area of Research: Active Matter
Ruby Shakya
Area of Research: Low Reynolds number hydrodynamics
Shiba Biswas
Area of Research: Hydrodynamics of self-propelled bodies
Soumyadiksha Halder
Area of Research: Active Matter Physics