Python Software(Anaconda 64Bit)

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Registration Form for Python Workshop Jan. 30, 2017

M.Phil Python Files ( March 31, 2017)

Mathematical Modeling and Simulations with Matlab. MS course in Physics

The Projectile Simulations have been modeled and designed in MATLAB by Dr. Intikhab Ulfat and Mr. M. Jahangir under the supervision of Dr. Zaheeruddin.

The following zip file contains 32-bit and 64-bit executable files. It also contains a poster and code files( .m and .fig ).

The project is being extended.

ProjectileSimulation Ver. 1.5 zipped containing .exe and code files

The simulation program in Matlab is GUI-based, so you have to download .fig file alongwith .m file to run it.

To download the zipped file containing both .m and .fig files, Click Here

** Electric Dipole Ver. 2** simulation lets you vary distance between two charges in any direction and distance from the charges while interacting with the model figure itself. In Horizontal and Opposite modes, selected from the GUI only positive charge, RED disk, can be dragged. In the independent mode RED and GREEN disks representing +ve and -ve charges can be dragged independently. The blue thick line is dragged vertically.

To view Click Code

To run the simulation get zipped Dipole2.zip

Rectifier with RC Filter, classwork corrected. Click below for the

zipped MATLAB program. It includes .m and .fig files

- Mathematics
- Graphs and Graphics
- Programming
- Data Analysis
- Desktop Tools and Development Environment
- Graphic User Interface (GUI)
- Object Oriented Programming
- 3D Visualization
- Data Import Export
- MatlabStats
- Function Reference
- Matlab Introduction

- MATLAB I (1.0MB) August 21, 2009
- MATLAB II (987KB) September 06, 2010
- MATLAB III (500KB) September 13, 2009
- MATLAB IV (780KB) October 02, 2009
- MATLAB IIIb (200KB) October 09, 2009
- MATLAB V (180KB) October 09, 2009
- MATLAB IVb (340KB) October 20, 2009
- MATLAB_VI (240KB) October 23, 2009
- MATLAB_VII(330KB) November 6, 2009
- MATLAB_VIII ( 159 ) November 26, 2009
- MATLAB_IX (840KB) December 11, 2009

** Mr. Naveed Alam, **Lecturer Dept. of Physics, Federal Urdu University of Arts, Sciences & Technology ( FUUAST ). Karachi Campus.

These simulations are part of physics workshop spread over nearly 6 months. It was funded by HEC for the college teachers of Karachi. The workshop was conducted in Dept. of Computer Science, FUUAST with Dr. Tahira as project director and a team of three teachers/instructors.

* Tao Framework* is used to embed OpenGL in C#. The simulation project is open source and requires at least DOT NET 3.0.

Modern Physics topics simulated in the project are listed below.

**Barrier Tunneling****Blackbody Radiation****Compton Effect****Crystal Structure****Energy Bands****Fission****General Theory of Relativity****Harmonic Oscillator****Particle in a Box****Photoelectric Effect****Quark Model****Radioactivity****Special Theory of Relativity****Structure of Atom****Wave Nature of Matter.**

1st setup file includes runtime DotNet.

1. SetUp_1 35 MB

2. SetUp_2 1.8 MB

**User Manuals:**

→ User Manual 7.0 MB

→ UserManual4Modules 14.0 MB