If you want to be my student:

 

Currently, I am looking for full-time dedicated students:

>  with a good background in probability and computer science for research projects on applications of

     methods of statistical mechanics in computer science.

 

>  with a good background in algebra (in particular category theory) for some theoretical research projects

    related to quantization and quantum field theory in discrete spaces.

 

>  with a good background in graph theory for research projects on applications of discrete spectral geometry

    and Markov chain methods in graph theory.

 

>  with a good background in theory of computation for a research project on foundations of  AI.

 

If you are already my student:

 

> Generally interesting

 

- Randy Pausch's "Time Management"

 

> Use the following sources to learn how to write a scientific text correctly

- Style guide for writing mathematical proofs

- Wikipedia: Manual of style/mathematics

- Mark Tomforde, Mathematical writing: a brief guide

- Kevin P. Lee, A guide to writing mathematics

- AMS style guide

- The grammar according to West

- Mathematical writing for undergraduate students

- Writing for Computer Science

- How to Write a Better Thesis

- How to Write a Better Minor Thesis

- Writing for Computer Science

- How to Write a Better Thesis

- Mathematical writing for undergraduate students

 

> Use the following sources to learn how to give a good scientific lecture

 

- Alan Slomson, What makes a good maths lecture?

- John E. McCarthy, How to give a good colloquium

- Paul Halmos, How to talk mathematics

- Matilde Marcolli, The art of giving talks

 

> The following may help you to broaden your view of mathematical sciences. 

(Disclaimer: adding these links below does not mean that I agree with all the details appearing in the contents, but in my opinion, these texts deserve to dwell upon them carefully.)

- The Princeton companion to mathematics

- Foundations of mathematics and physics one century after Hilbert

- Mathematical events of the twentieth century 

- Alain Connes, A view of mathematics

- Pierre Cartier, A mad day's work

- Timothy Gowers, The two cultures of mathematics

- Terence Tao, What is good mathematics? 

- Colin McLarty, The rising sea

- William P. Thurston, On proof and progress in mathematics

- Martin Raussen and Christian Skau, Interview with Mikhail Gromov

- Martin Raussen and Christian Skau, Interview with Pierre Deligne

- Hirosi Ooguri, Interview with Edward Witten

- An interview with Jean Piere Serre

- Freeman Dyson, Birds and frogs

- Johan Hoffman, Claes Johnson, and Anders Logg, Dreams of calculus

- Mathematical Cultures, The London meetings 2012-2014

- Mikhail Gelfand (interview with Y. Manin), We do not choose mathematics as our profession: it chooses us

- Vladimir Voevodsky – Work and Destiny

- The Abel lectures 2018

- A survey of literature on gauge theory approach to geometric Langlands and allied topics

- Mikhail Kapranov,  Supergeometry in mathematics and physics

- John Baez's stuff

- A concise history of computation