Our group explores the interface between soft matter physics and biology. We use computer simulations and theoretical models to understand how biological systems work — from individual molecules to complex cellular structures. Our research focuses on the structure and function of membrane proteins, the physical properties of soft materials in living organisms, and the mechanisms by which certain peptides facilitate drug delivery into cells. We also study electrolytes, particularly in lithium-ion batteries, to uncover ion transport mechanisms and design better materials for energy storage.
Afira gave a talk titled “Ab initio insights into diluent-regulated interfacial reactivity of locally concentrated ionic liquid electrolytes on lithium metal” @ 2026 KPS spring meeting (04/22-04/24, Daejeon)
Maheen gave a talk titled “Efficient jet tagging at the LHC using convolutional neural networks (CNNs)” @ 2026 KPS spring meeting (04/22-04/24, Daejeon)
Afira & Maheen’s manuscript, “Spontaneous penetration of carbon nanotubes through lipid bilayers: A computational perspective,” has been accepted in the Journal of Physical Chemistry B. Congrats!
We are always looking for highly motivated and talented students (intern, Master’s, and PhD levels) to join our research group. If you are interested in our work, please feel free to contact us.
