Research Projects
B.Sc. Projects:
. Problem solving and simulating with Mathematica. . Finding eigenvalue of Schrodinger equation with shooting method and etc.
Files: Motion of three ants who walk to each other with constant speed. Motion of a ball, which is jumping. Motion of the center of mass of a leaking can of drink.
Supervisor: Dr. Jamil Ariai
M.Sc. Thesis:
Holographic Superconductivity and Rotating Black Hole
Summery: There is an ever increasing trend to apply AdS/CFT to explain physical phenomena and this endeavor has recently begun concerning Superconductivity. Using black holes with differing structures and gravitational content has proved to be fruitful in this explanation. In this thesis we try to explain superconductivity for a charged rotating black hole with Kerr-Newman-Ads metric in four dimensions. Having calculated condensation for a rotating black hole we obtained diagrams of phase transition in superconductivity with respect to temperature. In addition a brief discussion on calculating the conductivity has been presented.
Files and Results: As a matter of fact, I tryed so hard to find conductivity based on this link but I could not find acceptable results. So below is a Mathematica 7.0 NoteBook that I developed for Rotating Black Hole and explane the condensation that was be predicted in this paper.
Supervisor: Dr. Shahrokh Parvizi
Unpublished Paper
-Gravity and Electromagnetic:
Summery: In this paper, I believe global view that made the space-time curved is not the only view that must be curved, which is mean local view must be curved too. So small scales space-time curves must be detectable in our ordinary life. I claimed that Electromagnetic is actually represented those space-time curves and we could drive Maxwell equations from Einstein Equations when we look locally. In this way, I try to find a similarity between Electromagnetic's Lagrangian and General Relativity's.
File:
-Start Quantum Mechanics Again:
Summery: Nowadays Quantum Mechanics is an important part of our Physics knowledge. As significant as we separate Physics theories to Classic and Quantum theories. Any way Quantum Mechanics seems a little strange for people who want to read first time. Because we start This field of physics from strange principles. We tried here to rearrange principles of Quantum Mechanics for better understanding. This will be provided because we started from Classical measurement. We just translated the old Quantum Mechanics methods to mathematical methods for illustration the theory. You will see Quantum Mechanics is not just about small things. It’s a way to thinking about the world. We just continue this methods until we gain old principles and assumed readers can follow the way to real Quantum results from other references.
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