Notes and solutions

This page contains some notes I have written on topics in which I am interested, mostly mathematics and physics. It also contains my solutions to exercises in some books I used to brush up my knowledge.

Solutions

• Theodore Frankel, The geometry of Physics (Cambridge University Press, 1997). I also have some notes on some harder to follow derivations.
• Roger J. Barlow, Statistics: A guide to the use of statistical methods in the physical sciences (Wiley, 1989)
• Michael A. Nielsen and Isaac L. Chuang, Quantum computation and quantum information (Cambridge University Press, 2016) (Up to chapter 5, work in progress.)

Notes

• Classical field theory: Notations, signatures, explicit expressions for conserved quantities in classical field theory.
• Complex scalar fields: Some (very old) notes on the didactics of variational problems with complex fields.
• Notations for Laguerre polynomials and functions

Sources, etc.

For the LaTeX sources of the pdf files and supplementary material (e.g., computer algebra or numerical code) see my github repository.

License

These files are licensed under CC BY-NC-ND. In short, you are free to use and redistribute them in original form without making profit and have to give credit.

Feedback

Should you find mistakes please do open an issue through Github or contact me in e-mail. Comments, recommendations for extension also welcome.