# Index
[[Binary numbers]]
[[Combinations]]
[[Congruence relations]]
[Continuity](Continuity.md)
[Integers](Integers.md)
[n-tuples](n-tuples.md)
[[number field]]
[[numerical sequences]]
[[Permutations]]
[Rational numbers](Rational%20numbers.md)
[[Real numbers]]
[Signum](Signum.md)
[[Ternary numbers]]
# Basic Concepts
## Numbers
### Number sets
#### Natural numbers
#### Integers
### Modular arithmetic
## Counting
At it simplest form _counting_ is the process of assessing how many elements are in a given [finite set](Finite%20sets.md) and this concept is built into most languages and cultures. In mathematics, this concept is extended and studied in the field of _combinatorics._
### Encoding information with numbers
%%Here go into the elementary connection between numbers and computers%%
# Bibliography
[Altland, A. von Delft, J. _Mathematics for Physicists_, Cambridge University Press, 2019](Altland,%20A.%20von%20Delft,%20J.%20Mathematics%20for%20Physicists,%20Cambridge%20University%20Press,%202019.md)
[Barrington, D. M., _A Mathematical Foundation for Computer Science_, Kendall Hunt Publishing Company, Preliminary edition, 2019.](Barrington,%20D.%20M.,%20A%20Mathematical%20Foundation%20for%20Computer%20Science,%20Kendall%20Hunt%20Publishing%20Company,%20Preliminary%20edition,%202019..md)
Schollwöck, U. _Formalismus 1_, T2: Quantenmechanik Lecture Notes, Winter 2019/2020 (German)
[Wasserman, L., _All of Statistics - A Concise Course in Statistical Inference_, Springer, 2003.](Wasserman,%20L.,%20All%20of%20Statistics%20-%20A%20Concise%20Course%20in%20Statistical%20Inference,%20Springer,%202003..md)
[Weisstein, Eric W. "Sign."" From MathWorld--A Wolfram Web Resource](Weisstein,%20Eric%20W.%20Sign.%20From%20MathWorld--A%20Wolfram%20Web%20Resource.md)
#MathematicalFoundations/Numbers
#MathematicalFoundations/Numbers/Combinatorics
#Bibliography
#index