Mathematics - Riemann Hypothesis, Complex Analysis, Number Theory

mathematics

Table of Contents

Introduction
Ancient mathematical sources
Mathematics in ancient Mesopotamia
- The numeral system and arithmetic operations
- Geometric and algebraic problems
- Mathematical astronomy
Mathematics in ancient Egypt
- The numeral system and arithmetic operations
- Geometry
- Assessment of Egyptian mathematics
Greek mathematics
- The development of pure mathematics
  - The pre-Euclidean period
  - The Elements
  - The three classical problems
- Geometry in the 3rd century bce
  - Archimedes
  - Apollonius
  - Applied geometry
- Later trends in geometry and arithmetic
  - Greek trigonometry and mensuration
  - Number theory
  - Survival and influence of Greek mathematics
Mathematics in the Islamic world (8th–15th century)
- Origins
- Mathematics in the 9th century
- Mathematics in the 10th century
- Omar Khayyam
- Islamic mathematics to the 15th century
European mathematics during the Middle Ages and Renaissance
- The transmission of Greek and Arabic learning
- The universities
- The Renaissance
Mathematics in the 17th and 18th centuries
- The 17th century
  - Institutional background
  - Numerical calculation
  - Analytic geometry
  - The calculus
    - The precalculus period
    - Newton and Leibniz
- The 18th century
  - Institutional background
  - Analysis and mechanics
  - History of analysis
- Other developments
  - Theory of equations
  - Foundations of geometry
Mathematics in the 19th century
- Projective geometry
- Making the calculus rigorous
- Fourier series
- Elliptic functions
- The theory of numbers
- The theory of equations
- Gauss
- Non-Euclidean geometry
- Riemann
- Riemann’s influence
- Differential equations
- Linear algebra
- The foundations of geometry
- The foundations of mathematics
Mathematics in the 20th and 21st centuries
- Cantor
- Mathematical physics
- Algebraic topology
- Developments in pure mathematics
- Mathematical physics and the theory of groups
- Probabilistic mathematics

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When Gauss died in 1855, his post at Göttingen was taken by Peter Gustav Lejeune Dirichlet. One mathematician who found the presence of Dirichlet a stimulus to research was Bernhard Riemann, and his few short contributions to mathematics were among the most influential of the century. Riemann’s first paper, his doctoral thesis (1851) on the theory of complex functions, provided the foundations for a geometric treatment of functions of a complex variable. His main result guaranteed the existence of a wide class of complex functions satisfying only modest general requirements and so made it clear that complex functions could be ...(100 of 41449 words)

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