All students are expected to read the RandD guideline as well as the paper writing
I host my python codes for multi purposes such as 1D and 2D PDE solvers, tunneling conductance calculations and the website codes at Github. These projects can be found and used at Git page
Say, you have a pulsed laser with a repeatition rate of f Hz, pulse width S seconds. You make the laser incident onto a thorlabs sensors in an area A cm2. If the sensor reads a power of W watts/cm2, then
Energy in the single pulse of your laser is WA/f
Peak power of your pulse is WA/(f*S)
Here I am collecting codes for various purposes mentioned. Use it at your own risk. A few of them are commented.Scripts for calculation of conductance of High Tc superconductor | download |
Mobility calculation of graphene devices screened Coulomb, acoustic and optical phonons | download |
Quantum mechanical tunneling across Delta Barrier | download |
Quantum mechanical tunneling across Square Barrier | download |
Python script to illustrate the spatial localization and frequency spectrum relation | download |
Python script to understand incompressibility and irrotationality | download |
Python notebook to calculate complex refractive index from reflectivity data | opticalCalculations |
How to get your linux box in sync with the clouds: | rcloud |
How to install arch system | Arch Install |
Working with linux systems in IIT-D | General Linux related |
Printer setup in linux | Printer setup |
Processes in IITD | IITD Process |
Accessing NeoLab servers | Server1 |
Git and versioning | Versioning |
Ansys HFSS and Lumerical | instructions |