This course will provide you with an understanding of the general structure of *Mathematica*. The emphasis is on the basic concepts, demonstrated by a lot of small examples. The major point is that everything in *Mathematica* is an expression, built up from names and numbers. Furthermore the three number systems (exact, machine and arbitrary precision) will be discussed.

Teacher: Georgios Skantzaris

Georgios Skantzaris is lecturer at Eindhoven University of Technology. He was born in Greece and studied at the University of Athens with a specialization in Nuclear & Particle Physics. His master was at the Utrecht University in theoretical physics.

**for whom?**

This course is of interest for novice *Mathematica* users. They will get a profound understanding and insight in the general structure of Mathematica.

**about the course**

The emphasis in the course is on the basic concepts of *Mathematica*, demonstrated by a lot of small examples. The major point is that everything in *Mathematica* is an expression, built up from names and numbers. Also the three number systems (exact numbers, machine numbers, arbitrary precision numbers) will be discussed. Then expressions are explained, prefix, infix and postfix notations, order of evaluation, various Form functions. Substitution (the functions ReplaceAll and Rule) is discussed rather in detail, because this is the way *Mathematica* internally works. Despite the fact that this summary sounds very theoretical, during the course a lot of practical examples are discussed, e.g. how linear algebra can be done with *Mathematica* and solving equations.

**you will learn how to**

Understand the general structure of *Mathematica*

- Find your way in the Help system and documentation
- Perform exact calculations (manipulating formulas)
- Perform numerical calculations
- Create 2D and 3D graphs

**skills**

Maths knowledge at secondary school level suffices.

Dates | Location | Price |
---|---|---|

29 June / 10:00-12:30h. | online | free |

28 September / 10:00-12:30h. | online | free |

26 October / 10:00-12:30h. | online | free |