- #1
yezia
- 20
- 14
- How did you find PF?
- I was looking for reorientation/coming back to physics advices on google.
Hello dear people!
Who am I ?
I am a mixed african/russian physics enthusiast and after 17 years of education in the french system (AEFE in Africa), I started an undergraduate degree in Canada. I am 22 years old.
I have a peculiar interest in both the very abstract theoretical aspects and the more practical computational formulation of physics.
Why am I here ?
I eventually decided to drop out of my BSc, and I thus wanted to read some advices from the STEM community on what should I do next. But I will talk about it in another proper thread.
Moreover, I did not practice physics for almost a year now. I sincerely hope I will be able to help some people for their homeworks in the forum !
My favourite equation ?
Probably the Boltzmann transport equation :
$$\dfrac{\partial f}{\partial t} + \mathbf{v}\cdot\nabla_{\mathbf{r}}f + \dfrac{\mathbf{F}_\rm{ext}}{m}\cdot\nabla_{\mathbf{v}}f = \mathrm{Coll}\left[f\right].$$
See you later!
Who am I ?
I am a mixed african/russian physics enthusiast and after 17 years of education in the french system (AEFE in Africa), I started an undergraduate degree in Canada. I am 22 years old.
I have a peculiar interest in both the very abstract theoretical aspects and the more practical computational formulation of physics.
Why am I here ?
I eventually decided to drop out of my BSc, and I thus wanted to read some advices from the STEM community on what should I do next. But I will talk about it in another proper thread.
Moreover, I did not practice physics for almost a year now. I sincerely hope I will be able to help some people for their homeworks in the forum !
My favourite equation ?
Probably the Boltzmann transport equation :
$$\dfrac{\partial f}{\partial t} + \mathbf{v}\cdot\nabla_{\mathbf{r}}f + \dfrac{\mathbf{F}_\rm{ext}}{m}\cdot\nabla_{\mathbf{v}}f = \mathrm{Coll}\left[f\right].$$
See you later!
