What should be the order of things on an introduction to pure maths?

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SUMMARY

The discussion focuses on creating a coherent narrative for an introduction to pure mathematics, specifically for a number theory module. Key topics to include are sets, logic and proofs, various types of numbers, the binomial theorem, and geometric series. The proposed structure follows a chronological order based on influential mathematicians such as Diophantus, Fermat, Euler, and Wiles, emphasizing the historical context of mathematical concepts. The discussion also highlights the origins of numerical notation, tracing it back to ancient India, which is crucial for understanding the evolution of mathematics.

PREREQUISITES
  • Understanding of basic mathematical concepts such as sets and logic
  • Familiarity with number types: irrational, integers, and rational numbers
  • Knowledge of historical mathematicians and their contributions
  • Basic comprehension of mathematical notation, including sigma and product notation
NEXT STEPS
  • Research the contributions of Diophantus and Fermat to number theory
  • Explore the significance of the binomial theorem in mathematical history
  • Study the evolution of numerical notation from ancient India to modern times
  • Investigate Andrew Wiles' proof of Fermat's Last Theorem and its implications
USEFUL FOR

This discussion is beneficial for educators, mathematics students, and anyone interested in the historical development of mathematical concepts and their narrative structure.

matqkks
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I want to produce a resource that has a narrative and includes the following topics:

Sets, logic and proofs, numbers (irrational, integers, rational, …), binomial theorem, geometric series, inequalities, define things like identity, polynomial, symmetry, sigma and product notation.

It is in aid as an introduction to a number theory module.

How should I order these so that the end document has a narrative and is coherent, not just disjoint set of topics?
 
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I would proceed chronological and by great mathematicians: numbers, Diophant, Fermat, Euler, Gauß, Dedekind and Cantor, maybe Vieta, Abel and Galois, too. I'm not sure whether this would cover such more or less trivial things like binomial formulas or notation, i.e. whether the research to figure it out is worth it, but at least it provides a general route.
 
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E.g. I once searched for the origin of ##0## which in my opinion is the crucial step: the first time we named something that isn't there! IIRC I ended up in India some 5,000 years ago. The ciphers as we write them today made their way from India over Arabia to Europe and into the world. Many think it was arabic, but this isn't true. They got it from India, e.g. from a book of Aryabhata. The ciphers as we write them are significantly older, but also from India.

Then you can decide whether you will follow their way, or make a detour to ancient Greece and geometry. I would end the story with Andrew Wiles, so it becomes a nice little narrative. However, it takes a bit of time to tell it.
 
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