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Welcome to the webpage of Dr. Samanta's Laboratory

Our research lies at the interface of organic chemistry, nanoscience and macromolecular chemistry and aims to create complex interactive microsystems and soft materials that exhibit lifelike properties. Our efforts focus on the development of out-of-equilibrium self-assembly processes with tunable lifetimes and the development of synthetic cellular systems that mimic the essential life-sustaining mechanisms of biological cells.

Contact Dr. Samanta

Samanta Group IITKGP

Photo courtesy: Prof. Jibesh Patra

Research Domains in Our Lab

Biomolecular Condensates and Phase Separation 

Understanding how peptides and nucleic acids self-organize into dynamic, membraneless droplets that resemble cellular interiors.

Artificial Membranes for Biosensing Applications

Designing biomimetic membrane systems for molecular recognition, chemical sensing, and biosensing applications.

Catalysis in Microcompartments

Exploring how chemical reactions occur inside small aqueous compartments and at soft interfaces.

Synthetic Cells and Evolution-Inspired Chemistry 

Building life-like chemical systems and investigating emergent functions relevant to primitive cellular evolution

Out-of-Equilibrium Soft Matter 

Designing supramolecular and soft material systems that display adaptive, transient, and life-like behaviors.

Droplets for Biomedical Applications

Developing functional biomolecular droplets for drug delivery, antimicrobial activity, and next-generation bioinspired healthcare technologies

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DNA NANOTECHNOLOGY

We design programmable DNA nano- and microstructures for constructing dynamic, functional, and biomimetic molecular systems.

COACERVATES

We develop peptide- and nucleic acid-based coacervate systems as biomimetic compartments for studying cellular organization and emergent functions.

Synthetic Cell

We engineer life-like synthetic cellular systems using programmable biomolecular assemblies, reaction networks, and dynamic soft matter.

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Funding AGENCIES

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©2026 by Avik Samanta

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