- #1
Jamestein Newton
- 16
- 0
By PDE. The book written by Walter Alexander Strauss perfect described a typical undergraduate PDE course I have in my mind.
It should at least include:
Laplace equations, waves and diffusions
reflection, boundary problems, Fourier series
The content of the book I mentioned can also be found on
https://www.wiley.com/en-us/Partial+Differential+Equations:+An+Introduction,+2nd+Edition-p-9780470054567
Indeed, Algebraic structures(Lie groups), Differential geometry, Complex analysis, and PDE are all essential for a theoretical physics student. I think such a student should take all the courses I mentioned above. It's the minimum
But what's better? Are there any alternative paths on course choosing?
It should at least include:
Laplace equations, waves and diffusions
reflection, boundary problems, Fourier series
The content of the book I mentioned can also be found on
https://www.wiley.com/en-us/Partial+Differential+Equations:+An+Introduction,+2nd+Edition-p-9780470054567
Indeed, Algebraic structures(Lie groups), Differential geometry, Complex analysis, and PDE are all essential for a theoretical physics student. I think such a student should take all the courses I mentioned above. It's the minimum
But what's better? Are there any alternative paths on course choosing?