Computational Soft Matter Group

Our group uses molecular dynamics, Monte Carlo simulations, and machine-learning-accelerated methods to study phase-ordering kinetics, wetting phenomena, granular physics, and soft condensed matter systems. We combine high-performance computing (HPC) with analytical theory to uncover universal principles governing complex fluids and amorphous materials.

PhD RESEARCH SCHOLARS (CURRENT)

Vijay Yadav
Vijay Yadav P21PH205 · Joined December 2021 PhD Scholar M.Sc. Physics — NIT Tiruchirappalli, Tamil Nadu
Research Topics
  • Machine Learning Accelerated Simulations
  • Charge Regulation in Colloidal Suspensions
  • GPU Programming and Surrogate Modelling
Tools & Software
PythonMojoGPU ProgrammingCLAMMPSOVITOPyTorch
Kartika Karal
Kartika Karal P23PH0006 · Joined 2023 PhD Scholar M.Sc. Physics — Jai Narain Vyas University, Jodhpur, Rajasthan
Research Topics
  • Granular materials and sandpile physics
  • DEM simulations of granular piles
  • Force chains and stress distribution
  • Angle of repose and pile stability
Tools & Software
PythonC/C++BashLAMMPS/LIGGGHTSOVITOParaViewNumPyMatplotlib
Pallvi Pandey
Pallvi Pandey P24PH0006 · Joined Jul 2024 PhD Scholar M.Sc. Physics — D.A.V. College, Ambala, Haryana
Research Topics
  • Kinetics of Phase Separation on patterned substrates
Tools & Software
FortranPythonLAMMPSOVITO
Krishna Kumar Godara
Krishna Kumar Godara P24PH0201 · Joined Jan 2025 PhD Scholar M.Sc. Physics — Central University of Rajasthan, Ajmer
Research Topics
  • Granular Materials & Sandpile Dynamics
Tools & Software
PythonCHTMLLAMMPSOVITOGROMACS
Priya Bishnoi
Priya Bishnoi P25PH0010 · Joined Jul 2025 PhD Scholar M.Sc. Physics — S.S. Jain Subodh P.G. (Autonomous) College, Jaipur
Research Topics
  • Computational soft matter
  • Molecular Dynamics Simulations
Tools & Software
PythonQuantum ESPRESSOLAMMPSOVITOGROMACS

UG/PG PROJECT STUDENTS & SUMMER INTERNS (CURRENT)

Subhasish Kumar Mahato May 2026 Summer Intern BIT Mesra, Ranchi
G. Harshit June 2026 Summer Intern IISER Trirupati

PROJECT STAFF

PhD AWARDED

Syed Shuja Hasan Zaidi
Syed Shuja Hasan Zaidi P19PH007 · Joined 2019 PhD Awarded — June 2025 M.Sc. Physics — Aligarh Muslim University, Aligarh Postdoctoral Researcher, Jozef Stefan Institute, Ljubljana, Slovenia
Research Topics
  • Kinetics of Phase Transitions in Binary Fluid Mixtures at Wetting Surfaces
  • Computational Biophysics (Jointly with Prof. Santosh Mogurampelly & Prof. Ananya Debnath)
Tools & Software
FortranC++MATLABShell/awkGROMACSLAMMPSOVITOVMD
Hema Teherpuria
Hema Teherpuria P20PH009 · Joined 2020 PhD Awarded — June 2026 M.Sc. Physics — Guru Jambheshwar University of Science & Technology, Hisar, Haryana Postdoctoral Researcher, Indian Institute of Technology Bombay, Mumbai, India.
Research Topics
  • Lithium-ion battery ion transport mechanism
  • Kinetics of surface-directed phase separation

Co-supervised Prof. Santosh Mogurampelly

Tools & Software
FortranMATLABShell/awkGROMACSLAMMPSOVITOVMD

FORMER MEMBERS (UG/PG)

Harikishan M24PM2007 · AY 2025–26 M.Sc. Student
Project
  • Role of Temperature Quench of Phase Separation Kinetics of Mixture Near Surface
Rakesh Prajapati M23PM2005 · AY 2024–25 M.Sc. Student
Project
  • Simulation of Frictional Sandpile
Chaitanya Shinde 22085 · AY 2024–25 Summer Intern BS - MS, IISER Bhopal
Project
  • Molecular Simulation of Amorphous Materials
Ayanava De M21PH004 · AY 2022–23 M.Sc. Student
Project
  • Monte Carlo Investigation of Wetting Kinetics of Potential-dependent and Diffusive Growth Regimes
Mohd Afsar M21PH036 · AY 2022–23 M.Sc. Student
Project
  • Investigation of Stress-Strain Behavior in Kob-Anderson Binary Lennard-Jones Glasses in Athermal Quasi-static Limit
Chandan Kumar M20PH002 · AY 2021–22 M.Sc. Student
Project
  • Computer Simulation of Granular Media
Piush Uniyal M20PH012 · AY 2021–22 M.Sc. Student
Project
  • Computer Simulation of Binary Fluid Mixtures
Manisha M19PH018 · AY 2020–21 M.Sc. Student Technical University of Darmstadt, Germany
Project
  • M.Sc. Thesis: A Molecular Dynamics Study of Surface-Directed Spinodal Decomposition on Chemically Patterned Substrates