Ph.D. / M.Sc. Theses, Internship Reports, Presentation Files, Project Proposals etc.

In the following we are sharing all the important documents of our research group. All the documents are prepared with extreme care and we expect all documents to be error free. The following documents can be thought of as a reflection of the quality of research work done in my research group. Very soon we will start sharing files with all the details of all our important derivations as well as numerical recipes.

Ph.D. Theses:

• Dr. Diwaker - (Thesis Title: Multi-state problems in qunatum & statistical mechanics. Thesis reviewed by Prof. Eli Pollak of Department of Chemical and Biological Physics, Weizmann Institute of Science, Israel & Prof. N. Sathyamurthy of Department of Chemistry, Indian Institute of Technology Kanpur, India) link.

• Dr. Moumita Ganguly - (Thesis Title: Theoretical investigations of looping of a long chain polymer molecule in dilute solution. Thesis reviewed by V. M. Kenkre (Professor of Physics, University of New Mexico, USA) & Swapan K. Ghosh (former Professor, Theoretical Chemistry Division, Bhaba Atomic Research Research Centre, India) link.

• Dr. R. Saravanan - (Thesis Title: Time domain methods for multi-state problems in quantum & statistical physics, Thesis reviewed by Prof. Peter Hanggi  of Department of  Physics, Universität Augsburg, Germany & Prof. Biman Bagchi of Solid State and Structural Chemistry Unit, Indian Institute of Science, Bangalore, India) link.

• Mr. Chinmoy Samanta - (Thesis Title: New analytical method for multi-state problems in quantum & statistical physics. Thesis reviewed by Prof. Bernardo Spagnolo of Physics department of  Palermo University, Itally & Prof. V. Balakrishnan of Department of Physics, Indian Institute of Technology Madras, India) link.

• Dr. Swati Mudra - (Thesis Title: New analytically solvable model for multi-state problems in quantum & statistical physics. Thesis reviewed by Swapan K. Ghosh, former Professor, Theoretical Chemistry Division, Bhaba Atomic Research Research Centre, India & Raphiel D. Levine, Professor, Max Born Professor of Natural Philosophy, Hebrew University of Jerusalem, Israel) link.

• Ms. Proma Mondal - (Thesis Title: Multi-state models for complex chemical reactions. Thesis is in writing stage.) link.

• Ms. Anjali Jangid - (Thesis Title: Understanding the dynamics of solvation of ion and dipole. Thesis is in writing stage.) link.

• Mr. Vishal Sharma - (Thesis Title: Theoretical investigations on the possibility of new molecular devices) link.

• Ms. Nidhi Chamoli (Thesis Title: Effective Hamiltonian method for understanding isomerization reactions in gaseous phase) link.

• Mr. Vasu Nagpal (Thesis Title: Theoretical and computational investigation of the principle of maximum hardness) link.

• Ms. Ishita Ghorai (Thesis Title: Quantum Monodromy in effective Hamiltonian systems) link. 

• Ms. Anindita Chanda (Thesis Title: Effective Hamiltonian for bond-dissociation process) link. 

Masters Theses:

• Ms. Shivani Verma - (Thesis Title: Electron correlation in two electron system) link.

• Mr. Deepak Kumar - (Thesis Title: Analytical solution to multi-state problems using ultra-short coupling) link.

• Mr. R. Saravanan - (Thesis Title: Analytical Solutions for Smoluchowski equation for non-equilibrium systems) link.

• Mr. Chinmay Samanta -  (Thesis Title: An analytical model to solve time dependent schrodinger equation) link.

• Ms. Pooja Devi - (Thesis Title: Michaelis-Menten catalysis - An analytically solvable model) link.

• Mr. Abhay Sharma (Thesis Title: Electrochemical electron transfer - An analytically solvable model) link.

• Mr. Sourav Kumar (Thesis Title: Molecular Roller on surface) link.

• Mr. Somesh Chamoli (Thesis Title: Possibility of a Molecular Rattle) link.

• Ms. Meenu Upadhyay (Thesis Title: Reaction-diffusion systems in Biology) link.

• Mr. Gaurav Sharma  (Thesis Title: Sound wave propagation) link.

• Ms. Urvashi Singh (Thesis Title: Alzheimer's disease: A mathemematical model) link.

• Md. Zeeshan Alam (Thesis Title: Soliton on a ring molecule) link.

• Mr. Ankit Patel (Thesis Title: Molecular switch on metal surface) link.

• Ms. Anjali Negi (Thesis Title: In search of new molecular ratchets) link.

• Ms. Neha Sharma (Thesis Title: Understanding reactions in microwave oven) link.

• Mr. Mayank Vashistha (Thesis Title: Estimating non-adiabatic transition time using model systems) link.

• Mr. Adesh Singh (Thesis Title: Two state model with oscillating Dirac delta coupling) link.

• Ms. Atmika Bhardwaj (Thesis Title: Dynamics of Buckled carbon nanotube) link.

• Mr. Rahul Mittal (Thesis Title: Kronig-Penny model in semi-infinte limit) link.

• Mr. Piyush Rana (Thesis Title: Computational study of electrocyclic reactions) link.

• Mr. Vaibhav Sachdeva (Thesis Title: Understanding anomalous dipole moment of some organic molecules) link. 
  
  
  

Project Reports:

• Ms. Yojona Sharma (Project Title: Analytical models in Quantum Mechanics) link.

• Mr. Asish Kumar (Project Title: Bridge-mediated electron transfer) link.

• Vernika Yadav (Project Title: Curve Crossing Problem, analytically solvable model) link.
  
  
  

Internship Reports:

• Ms. Varnika Yadav (Project Title: Curve crossing problems in molecular spectroscopy) link.

• Ms. Darshana Kalita (Project Title: Protein translocation through a nanopore) link.

• Ms. Femi Rose Tharakan (Project Title: Estimating Hydrogen bond radius from atomic data) link.

• Mr. Rahul Mittal (Project Title: Kronig-Penny model in seminifinte limit) link.

• Mr. Adesh Singh (Project Title: Feynman-Kleinert variational method) link.

• Mr. Marcel Padilla (Project Title: Image correction technique) link.

• Ms. Clara Hayn (Project Title: Protein translocation through membrane) link.

• Mr. Jonas Dehning (Project Title: Dynamics of a buckled nanorod) link.

• Mr. Florian Schäfer (Project Title: Electron near a realistic metal surface) link.

• Ms. Hemani Chhabra (Project Title: Electronic relaxation in solution) link.

• Ms. Pooja Devi (Project Title: Dynamical disorder model) link.

• Mr. Shubham Kumar (Project Title: Curve crossing problem) link.

• Ms. Pooja Devi (Project Title: Solitons in chemistry) link.

• Ms. Shivani Verma (Project Title: Fitting an elephant) link.

• Mr. Bandhan Panda (Project Title: Two state problem with time depedent coupling) link.

• Mr. Adesh Singh (Project Title: Quantum Trajectory Method) link.

• Ms. Anjali Jangid (Project Title: Bose-Einstein Condensation) link.

• Ms. Nidhi Chamoli (Project Title: Multi-state problems in Quantum Mechanics) link.

• Mr. Shaik Rasheed (Project Title: Understanding non-linear dynamics & chaos in 2D systems) link.

• Mr. Deepak Kumar (Project Title: Single molecule transistor) link.

• Mr. Shubham Biswas (Project Title: Proton tunneling through ring) link.

• Ms. Richa Pandey (Project Title: Reaction-diffusion systems) link.

• Mr. Hridaya Ranjan Sahoo (Project Title: Inverse eigenvalue problem) link.

• Mr. Abhra Basak (Project Title: Molecular cryptography) link.

• Mr. V. Vignesh (Project Title: Geometry dependent work function) link.

• Mr. K. Ravishankar Varma (Project Title: Numerical method for bound sates) link.

• Ms. Ambili Unni (Project Title: protein-ligand docking) link.

• Mr. Mani Mohan Tiwari (Project Title: Two state problem for Dirac particle) link.

• Mr. Rahul Thakur (Project Title: tunneling through a time dependent potential) link.

• Mr. Samiran Upadhyaya (Project Title: simple model of Jahn-Teller effect) link.

• Mr. Bijan  Paul (Project Title: Young's Modulus for chain) link.

• Ms. Pooja (Project Title: Inverse eigenvalue problem) link.

• Mr. P. R. Ilango (Project Title: Dynamics of buckled carbon nanotube) link.

• Ms. Hemani Chhabra (Project Title: Electronic relaxation in solution) link.

• Ms. Pooja Devi (Project Title: Dynamical disorder model) link.

• Mr. Shubham Kumar (Project Title: Curve crossing problem) link.

• Ms. Pooja Devi (Project Title: Solitons in chemistry) link.

• Ms. Shivani Verma (Project Title: Fitting an elephant) link.

• Mr. Bandhan Panda (Project Title: Two state problem with time depedent coupling) link.

• Mr. Marcel Padilla (Project Title: Image correction technique) link.

• Ms. Clara Hayn (Project Title: Protein translocation through membrane) link.

• Mr. Jonas Dehnining (Project Title: Dynamics of a buckled nanorod) link.

• Mr. Torsten Zache (Project Title: Electron correlation in two electron systems) link.

• Mr. Florian Schäfer (Project Title: Electron near a realistic metal surface) link.

• Ms. Lucky Chaudhary (Project Title : Oscillating Barrier - An Analytically solvable model) link.

• Ms. Merin Das (Project Title: Time dependent potential well - Analytically solvable model) link.

• Ms. Manikarnika (Project Title: Moving Dirac delta potentials: An analytically solvable model) link.

• Ms. Lipika Arora ( Project Title: Hydrogen atom inside a nano-molecular cage) link.

• Ms. Anup Yadav (Project Title: Hawking radition: an analytically solvable model) link.

• Ms. Ankita Narwal ( Project Title: Molecule with planer tetra-coordinated carbon) link.

• Ms. Urvashi Singh (Project Title: Recation-diffusion system in diseases-biology) link.

• Mr. Mayank Vashistha (Project Title: Non-adiabatic transition time calculation for simple model system) link.

• Mr. Adesh Singh (Project Title: Electron correlation in two electron quantum dot) link.

• Ms. Nidhi Chamoli (Project Title: Understanding electronic relaxation in solution) link.

• Mr. Swarnim Pandey ( Project Title: Protein-Ligand docking problem, effect of local solvation) link.

• Ms. Atmika Bhardwaj (Project Title: Effective Hamiltonian for double well potential) link.

• Mr. Bhavya Bhatt (Project Title: Understanding quantum interefrence & diffraction) link.

• Mr. Gagandeep Singh (Project Title: Lie Algeraic model for electrons in Helium atom) link.

• Mr. Adesh Singh (Project Title: Two state problem with time dependent coupling) link.

• Mr. Sanjeev Kumar Yadav  (Project Title: Understanding Hawking radiation) link.

• Mr. Shumile Siddiqui (Project Title: Electron solvation in two dimension) link.

• Ms. Pooja Monral (Project Title: Understanding electron transport mechanism in C60 single molecule transistor) link.

"Fundamental Research - only few can do & fewer can understand."