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Physics Core Group Material Science Theoretical Nonlinear Physics Dr. Vinod Patidar Mr. G. Sharma Mrs. S. Kumari Dr. S. Dalela Mr. V. Kishore.

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Presentation on theme: "Physics Core Group Material Science Theoretical Nonlinear Physics Dr. Vinod Patidar Mr. G. Sharma Mrs. S. Kumari Dr. S. Dalela Mr. V. Kishore."— Presentation transcript:

1 Physics Core Group Material Science Theoretical Nonlinear Physics Dr. Vinod Patidar Mr. G. Sharma Mrs. S. Kumari Dr. S. Dalela Mr. V. Kishore

2 Theoretical Nonlinear Physics Dr. Vinod Patidar Doctoral Research  Bifurcation and chaos in nonlinear dynamical systems  Control and synchronization of chaos in nonlinear systems Post- doctoral work  Development of block ciphers using one dimensional chaotic dynamical systems  Dynamical behaviour of q-deformed nonlinear maps and their use in cryptography  Random bit generation based on chaotic function and their use in stream ciphers Publications  International Refereed Journals:10  Invited Review Article:01  National Refereed Journals:02  Conference Proceedings:02  Popular Article:01 Referee for International Journals  Physics Letters A  International Journal of Network Security  Image and Vision Computing List of Publications Back

3 Material Science Mr. G. Sharma, Mrs. S. Kumari, Dr. S. Dalela, Mr. V. Kishore Doctoral Research  Electronic structure study of III-V & II-VI semiconductor compounds by Compton profile measurements (Ongoing) (Mr. G. Sharma)  Synthesis and characterization of polymers (Ongoing) (Mrs. S. Kumari)  Study of temperature & orientation dependence of electronic structure on High Tc superconductors (Dr. S. Dalela)  Electrical and optical properties of some Chalcogenides (Ongoing) (Mr. V. Kishore) Publications  International Refereed Journals:24  National Refereed Journals:02  Conference Proceedings:06 Research Project Title: “Compton profile study of some alloys and compounds” Principle Investigator: Mr. G. Sharma Sponsored by: University Grants Commission, New Delhi List of Publications

4 Student Activities Summer Training after M.Sc. II Sem. Project work in M. Sc. IV Sem.

5 Summer Training after M.Sc. II Semester  BARC, Mumbai  CEERI, Pilani(RaJ)  Central Scieentific Instruments Organisation, Chandigarh  Institute for Plasma Research, Gandhinagar  Inter Univesity of Accelerator Centre, New Delhi.  National Aerospace Laboratory, Banglore  National Institute of Virology, Pune  National Physical Laboratory, New Delhi  Raja Raman Centre for advanced Technology, Indore (M.P.)  CAT, Indore  University of Pune, Pune  Wadia Institute of Himalya Geology, Dehradun, Dehradun  University of Rajasthan, Jaipur  Chaudhary Charan Singh Agriculture University Back

6 Projects by M.Sc.(Physics)students during IV Semester  Dynamical behaviour of q-deformed Gaussian map  Pseudo random bit generator based on one dimensional chaotic logistic map  Compton profile study of Li, Be and their alloys  Structural information from EXAFS technique  Study of isotropic environment of Pr cation in a  BSCCO(2212) superconductor  Electrical and optical properties of Chalcogenides  Physics of projectile motion using MATLAB  Development of communication tool bar using MATLAB  Design of instrumentation amplifier using transducers

7 Future plans of the group  Initiate M.Sc. (Nanoscience and Technology)  Establish a group for the theoretical research in nonlinear dynamics to “develop new designs of secure cryptosystems (specifically block ciphers) by exploiting the interesting properties of chaotic dynamical systems (sensitivity to initial condition and system parameter, unpredictability of evolution of its orbits, ergodicity and mixing (stretching & folding) properties etc.) along with complete implementation details and rigorous analysis against well-established criteria of security & reliability”  Plan to start theoretical work based on “density functional theory (DFT), Hartee- Fock LCAO, local and non- local pseudo potential calculations to determine the electronic structure, nature of bonding, Fermi surface topology, energy band gap information etc. of shape memory alloys (Alloys of Ni, Mn and Ga), Cd-Hg alloys and various semiconductor compounds”


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