Courses in current Semester (July-November 2019)
- English, B. Tech. Ist year (17 lectures, 22 students).
- Computational Chemistry, M.Sc. (42 lectures, 28 students).
- Mathematics for chemists, M.Sc. (42 lectures, 102 students).
Available M. Tech. (Biotechnology) Projects* - Transmission of infection for spreading of epidemics.
- Analytical model for evaluating autism.
- Mathematical model of influenza.
- Impact of large animal extinctions on nutrient fluxes.
- Airborne contaminant transport in vehicles.
- A model of fibrin gel formation.
- Plant Nutrient uptake - an analytical model.
- Modelling of ligand migration within protein.
- Reaction of neurotransmitters in a synaptic junction.
- Force induced rupture of bio macromolecule.
- Simple model for understanding electrocardiograms.
- Modelling mutation accumulation of cancer.
- Molecular Adhesion: A bio-technological process.
Available M. Sc. (Applied Mathematics) Projects* - Sound wave propagation & noise control.
- Heat flow through a vibrating solid material.
- Moisture diffusion in porous materials.
- Simple model for understanding Arnold diffusion.
- Bifurcation & Catastrophe map analysis of Hamiltonian system.
- Diagonalizing nearly sparse matrice - new algorithm.
- Inverse eigenvalue problem for nearly sparse matrix.
- Exact solution of Fisher's equation.
- Dressed basis method for matrix diagonalization.
- Levy flight in presence of a sink.
- Pinning and unpinning in non-local systems.
Available Winter Projects (Dec-Jan. 2018)*
- Electron transfer reactions in single protein molecule.
- Tunneling of a ring through another ring.
- Comparison between ligands cyanide & carbon monoxide.
- Quantum Carnot engine.
- Divergence-free WKB method.
- Depinning of a dislocation.
- Surface enhanced Raman scattering.
- Peeling of a polymer from surface.
- Random walk under random potential.
- Rotational motion of a proton crane.
- Jahn-Teller Effect using quantum cellular automata.
- Interaction between two rare gas atoms.
Available M. Sc. (Chemistry) Projects* .
- Understanding Acetylene-vinylidene isomerization reaction.
- Vibrational dynamics from frequesncy domain spectrum.
- Understanding structure of carbon dots.
- Understanding the bond formation of H-H molecule.
- Fracture in carbon nanotubes.
- Solvent effects on Raman ecitation profile.
- Forster Resonance Energy Transfer in long polymer chain.
- Simple model for understanding fluorescence blinking.
- Defining reaction coordinate in phase space.
- New molecular knot.
- Molecular wire sensor.
- Understanding nano-elasticity.
Available I-Ph.D. (Physics) Projects* - Understanding Casimir effect using a simple model.
- Dynamics of Bose-Einstein condensation.
- Trapping of tethered random walkers.
- Bent wire: New bound state.
- Rate Theory in phase space.
- Surface influenced vibrational spectra.
- Ladder operator for bond dissociation process.
- Photoelectric effect - effect of electron correlation.
- Multi-state problems using quantum cellular Automata.
- Reaction dynamics on a continuum of energy surfaces.
- Adsorption & desorption of an atom.
- Geometric phase effect on multi-channel scattering.
Available M.Sc. (Physics) Projects* - Modeling intercellular communication.
- Nuclear shell model with short range interaction.
- Quantum Monodromy using effective Hamiltonian.
- Analytical solution od Poisson-Boltzmann equation.
- Motion of elelctron in DNA.
- Quantum Mechanics with restricted harmonic oscillator.
- Modelling Mechanical unzipping of DNA.
- Simple model of molecular ratchets.
- Hawking Radiation & Sine-Gordon Soliton.
- Quantum Newtonian cosmology.
- Time dependent quantum thermodynamics.
- Threshold models for rainfall and convection.
Available B.Tech./M.Tech. (Engg.) Projects* - Exact solution of moving load problem.
- Modeling of contaminant transport in rivers.
- Effective thermal diffusivity in real solids.
- Understanding water movement through fractured rock.
- Viscosity coeffcient for nano-fluid.
- Image processing: An inverse eigenvalue problem.
- Groundwater depletion from a confining layer.
- New zipping algorithm for big image files.
- Modelling dynamics of railway sleeper.
- Thermal diffusion in branched structures.
- Brownian Dynamics simulation of polymer looping.
- Understanding stochastic ocean waves.
- Buckling instability in a bio-polymer chain.
* This is a rough guideline - just to help students. Students can choose any project, mentioned anywhere in this page or their own project irrespctive of their degree or discipline. |