History of Mathematics
Jacob Jacobi
A German mathematician who made fundamental contributing to elliptic functions, dynamics, Differential Equations, and number theory.
Al-Khwarizmi
Arab Mathematician who contributed gratefully in Algebra especially on Law of Exponents.
Al-Hassar
Arabic author used horizontal line strewn the dividend and divisor as we do today.
Hindus
Credited with the invention of zero.
De Moivre
Devise the formula for polar coordinate and complex numbers.
Archimedes
Devised the method of Exhaustion. First attempt to find the the value of pi.
Gabriel Cramer
Devised the method of solving linear equations through determinants.
Euclid
Famous author of the Elements which paved way in studying plans geometry.
Erathostenes
Famous for calculating Earth's circumference through shadows and devised the Sieve of Erathotenes, a traditional method for finding prone numbers by listing.
Albert Einstein
Famous for his E = mc²
August Cauchy
Famous in his studis in number theory and also compositional algebra who was famous in octonions, a type of normed division algebra that contains an e variable.
Appolonius
Famous on his studis on Conic Sections.
Aristotle
Father of Logic
Karl Theodor Weierstrass
Father of Modern Analysis; formalized the definition of continuity of a function; proved intermediate value theorem.
George Polya
Father of Modern Problem Solving.
Arthur Wynne
First crossword puzzle created.
Nikolai Lobachevsky & Bolyai
Founded the hyperbolic geometry.
Cladius Ptolemy
Geographer known for coefficients model and known for his theorem on diagonals of a cyclical quadrilateral and GEOCENTRIC MODEL.
David Hilbert
German mathematician who outlined 23 key unsolved problems in 1900
Brahmagupta
Gives first rules in dealing with ZERO 0⃣ as a number
Thales of Miletus
Greek philosopher who proved that triangle inscribed in a semi circle is a right triangle.
Georg Cantor
He introduced the set theory and some symbols for set theory.
Srinivasa Ramanujan
He was a genius in mathematics. He helped expand mathematical theory, particularly in continued fractions, infinite series, mathematical analysis, and number theory. He conducted mathematical research in seclusion.
Benoit Mandelbrot
Introduced FRACTALS, a geometric figure that exhibit self similarity.
Blaise Pascal
Introduced a special triangle for finding the coefficient of a binomial expansion.
Johann Rahn
Introduced division symbol ÷
Pythagoras
Introduced numerology, a type of horoscope according to numbers.
Thomas Harriot
Introduced symbols > and <
Lorentz
Introduced the Lorentz factor and Lorentz butterfly which serve as one of the models of chaos theory.
Jacob Bernoulli
Introduced the e symbol.
Babylonians
Introduced the first numeral system existed through out the history.
Carl Friedrich Gauss
Introduced the normal distribution, the congruence symbol or midlothian in number theory, a method of finding the echelon of a matrix.
Rene Descartes
Introduced the rectangular coordinate system ; known for symbol "vinculum"
Captain John Huddart
Inventor of protractor, an instrument in measuring angles.
William Oughtred
Inventor of slide rule and introduces multiplication rule. Introduces the symbol x for multiplication.
Hipparchus
Known as one who devised the trigonometric table using the chords of the circle.
Neils Abel
Known for his Abellian group that is used in number theory.
Henry Briggs
Known for his Brigssian Logarithm, a type of Logarithm having a base of 10.
Gino Fano
Known for his Fano plane: a prohibited plane having 7 points and 7 lines.
John Wallis
Known for his definite Integrals involving trigonometric derivatives.
Marin Mersenne
Known for his formula for finding prime which 2^(n-1) where n is a prime number.
Georg Friedrich Riemann
Known for his introduction of elliptical geometry.
Leonardo Fibonacci
Known for his sequence 1, 1, 2, 3, 5, 8, 13,...
L' Hospital
Known for his special rule for limits.
Pappus
Known for his theorem on solid of revolutions.
Johannes Kepler
Known for the planetary motions ; concluded that the orbit of the planets are elliptical.
Pierre de Fermat
Known for theorem that x^n + y^n = z^n has no positive lyrics if n is greater or equal to 3.
Isaac Newton
One of the founders of calculus who devised the method of flicks and fluents.
Gottfried leibniz
One of the founders of calculus with Newton; invented the modern symbol for integration "S". Introduced the dot symbol for multiplication.
Arabs
One who contributed mostly in the field of Mathematics during medieval ages and one who spread the modern numeral system.
Diophantus
Regarded as the father of Algebra and wrote the book ARITHMETICA, an essential book for algebra.
Jacob Bernoulli
Swiss mathematician who developed the binomial experiment theory.
Christoff Rudolf
The first man who introduced the radical sign.
Simon Stevin
The most Ivor for our use of decimal. He wrote La Disme, the first book on the use of decimals.
John Napier
invented logarithms and decimal point notation
Carl Friedrich Gauss
is considered the "Prince of Mathematicians" for his extraordinary contributions to every major branch of mathematics. His Disquisitiones Arithmeticae systematized number theory and stated the fundamental theorem of arithmetic. He also proved the fundamental theorem of algebra, the law of quadratic reciprocity, and the prime number theorem. He may be most famous for the (possibly apocryphal) story of intuiting the formula for the summation of an arithmetic series when given the busywork task of adding the first 100 positive integers by his primary school teacher
Leonhard Euler
(1707-1783, Swiss) - known for his prolific output and the fact that he continued to produce seminal results even after going blind - He invented graph theory with the Seven Bridges of Königsberg problem and introduced the modern notation for e, the square root of -1 (i), and trigonometric functions -Richard Feynman called his proof that eiπ = -1 "the most beautiful equation in mathematics" because it linked four of math's most important constants.
William Rowan Hamilton
(1805-1865, Irish) is known for extending the notion of complex numbers to four dimensions by inventing the quaternions, a non-commutative field with six square roots of -1: ±i, ±j, and ±k with the property that ij = k, jk = i, and ki = j.