GSOC'14 Idea, Addition of Physics Modules to sympy.physics

[Vamsi Kurama]

Hi Everyone,

Firstly I would like to thank the Sympy for making the the library opensource and making many researchers and students ecstatic

I am Vamsi Kurama, a student of AEC, Jawaharlal Nehru Technological University Kakinada, India

I started working with python since five years. 

The Idea here may look simple but makes sympy great after integration

This is regarding the addition of various physics module to sympy.physics 

Many people has a tough deal to solving physics problems 

 

The two layers in solving problems, especially physics are 

1.The Hard Shell layer 

2.The Logical Layer 

(This was taught by my Professor)

The hard shell layer tackling deals with lot to complicated functions the person while solving and feels annoyed as the process is a repeated one, involving no logic. 

and in the logical layer that is the place one who plays with the beauty of the problems

so developing [hard shell layer] modules in physics and integrating them to sympy with more simple,relevant and accessible documentation, makes the person to only think about the logical layer and solve problems faster

The Modules here are 

paradox in quantum mechanics

computations involving constants

orbital period of a massive body orbiting another

computations using the thin lens equation

compute a diffraction pattern for a circular aperture

compute the stopping power of a material

radioactive decay, growth 

LC-LR,CR,LCR Circuits

calculation with particle properties

compute photon energy given wavelength

looking up atomic spectra

and many more...

Additional Modules here are welcome..

I am bit late to the Program as I completed my Semester just two days ago

I will be sending my application at the earliest 

Thanks 

Regards,

Vamsi Kurama

 

[Aaron Meurer]

Don't forget there is also a patch requirement. See
https://github.com/sympy/sympy/wiki/gsoc-2014-application-template.

Aaron Meurer

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