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M.C. Escher (1898-1972) produced work that remains among the most widely reproduced and popular graphic art of the twentieth century. His brain-teasing prints use interlocking shapes, transforming creatures, and impossible architectures to...
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A magic cube is a three-dimensional (or higher dimensional) analogue of a magic square. Specifically, an order n magic cube is an n x n x n array of numbers chosen from the set {1,2,...,n3} so that each number appears exactly once and the ...
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A magic cube is a three-dimensional (or higher dimensional) analogue of a magic square. Specifically, an order n magic cube is an n x n x n array of numbers chosen from the set {1,2,...,n3} so that each number appears exactly once and the ...
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square matrix often divided into cells, filled with numbers or letters in particular arrangements that were once thought to have special, magical properties. Originally used as religious symbols, they later became protective charms or tool...
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The Mandelbrot set is the most famous object in the branch of mathematics known as fractals and chaos theory. It was discovered in 1980 by the mathematician Benoit Mandelbrot, who pioneered this relatively new field. A picture of the Mande...
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In mathematics, a topological space (&see; topology) with a family of local coordinate systems related to each other by certain classes of coordinate transformations. Manifolds occur in algebraic geometry, differential equations, and class...
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in cartography, systematic representation on a flat surface of features of a curved surface, as that of the Earth. Such a representation presents an obvious problem but one that did not disturb ancient or medieval cartographers. Only when ...
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One of the great figures of Italian science, Maria Gaëtana Agnesi (1718-1799) was born and died in the city of Milan. Her principal work, Analytical Institutions, introduces the reader to algebra and analysis, providing elucidations o...
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Marin Mersenne was a French monk, mathematician, scientist, and philosopher known for his development of the Mersenne primes, which have played a significant role in number theory for several centuries. Born into a family of laborers in Oi...
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A Markov chain is a process, invented by the Russian mathematician Andrei Markov (1856-1922), used for predicting future outcomes or "states" of a system based upon the current state of the system. More formally, a Markov chain is a probab...
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Dame Mary Lucy Cartwright's research and contributions to the field of mathematics have spanned more than seven decades. England claims her as one of its most brilliant citizens and has honored her for the past 50 years. As late as 1996, s...
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Relationship between mass (&math.m;) and energy (&math.E;) in Albert Einstein's special theory of relativity, expressed &math.E; = &math.m;&math.c;2, where &math.c; equals 186,000 mi/second (300,000 km/second), the speed of light. Whereas ...
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Field of mathematics that incorporates the methods of algebra and calculus—specifically of limits, continuity, and infinite series—to analyze classes of functions and equations having general properties (e.g., differentiability...
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"Euclid alone has looked on Beauty bare," wrote the poet Edna St. Vincent Millay. And ever since Euclid's time, lovers of mathematics have marveled at its beauty, even if they have glimpsed it, as St. Vincent Millay wrote later in her sonn...
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In mathematics, induction is a technique for proving certain types of mathematical statements. The induction principle can be illustrated by arranging a series of dominoes in a line. Suppose two facts are known about this line of dominoes....
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In mathematics, induction is a technique for proving certain types of mathematical statements. The induction principle can be illustrated by arranging a series of dominoes in a line. Suppose two facts are known about this line of dominoes....
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The makers of mathematics and their modes of practice were transformed during the nineteenth century. New mathematical ideas were publicized in mathematical journals. Professional mathematicians began to meet together to share their resea...
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A mathematical model is an equation or system of equations and/or inequalities used to describe data from real world situations and to make predictions from that data. The model may be as simple as a linear function or as complicated as a ...
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A mathematical model is an equation or system of equations and/or inequalities used to describe data from real world situations and to make predictions from that data. The model may be as simple as a linear function or as complicated as a ...
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Branch of mathematical analysis that emphasizes tools and techniques of particular use to physicists and engineers. It focuses on vector spaces, matrix algebra, differential equations (especially for boundary value problems), integral equa...
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In logic and mathematics, an argument that establishes a proposition's validity. Formally, it is a finite sequence of formulas generated according to accepted rules. Each formula either is an axiom or is derived from a previously establish...
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Although not immediately obvious to the untrained eye, both ancient and contemporary art depend on a great quantity of mathematical concepts. Artists vary scale, perspective, proportion and other ideas from mathematics in order to evoke a ...
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A matrix, singular for matrices, is a rectangular array of numbers. Matrices naturally arise in describing a special class of functions called linear transformations. But the concept of matrices originated in the work of the two mathematic...
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The formula for matrix multiplication is as follows. Let A be an n x m matrix and let B be an m x k matrix. The product AB is a n x k matrix whose (i,j)-entry is equal to the sum over an index p that ranges from 1 to m of the products of t...
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The concept of real space is easy to understand. A point is a common example of one-dimensional real space and a line, an example of two-dimensional real space. The real world in which we live--where objects have length, width, and height-...
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Four equations, formulated by James Clerk Maxwell, that together form a complete description of the production and interrelation of electric and magnetic fields. The statements of these four equations are (1) electric field diverges from e...
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A Möbius strip is constructed by twisting one end of a rectangular strip of paper by 180 degrees (a half twist) and joining it to the other end. The result is an example of a one-sided surface. If you draw a line along the surface sta...
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In mathematics, two theorems, one associated with differential calculus and one with integral calculus. The first proposes that any differentiable function defined on an interval has a mean value, at which a tangent line is parallel to the...
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Association of numbers with physical quantities and natural phenomena by comparing an unknown quantity with a known quantity of the same kind. Weights and measures are standard quantities with which such comparisons are made. The earliest ...
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Science of the action of forces on material bodies. It forms a central part of all physical science and engineering. Beginning with Newton's laws of motion in the 17th century, the theory has since been modified and expanded by the theorie...
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The median of a data set is the value above which half of the data lie and below which half the data lie. It is considered to be the "middle" number of the data set. If the data set is composed of an odd number of entries, the median is th...
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A student of , Menaechmus is said by some sources to have been a mathematics tutor to Alexander the Great. He is most famous for his discovery of . Menaechmus was born in about 380 B.C. in Alopeconnesus, Asia Minor, in what is now Turkey. ...
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Mersenne numbers are numbers of the form 2p-1 where p is a prime number. If the Mersenne number 2p-1 itself is prime then it is called a Mersenne prime. The first few are 22-1= 3, 23-1 = 7, 25-1= 31, 27-1 = 127 are all prime numbers but th...
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Metamathematics, sometimes called metalogic, is the branch of logic concerning the combination and application of mathematical symbols. The primary goal of metamathematics is to determine the nature of mathematical reasoning. It consists o...
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Integration is one of the basic operations of calculus. However, its results are not always straightforward; there are some integrals whose solution is not apparent by inspection. Because this is the case, and because closed form and numer...
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The metric system of measurement, more correctly called the International System of Units, is a system of weights and measures agreed through a network of international agreements. Using the first two initials of its French name Syst...
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Michael Francis Atiyah has had a remarkably long and productive career that is based in topology but encompasses such diverse fields as algebraic geometry, differential equations, and theoretical physics. In recognition of three major theo...
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Michael H. Freedman has been recognized by the American Mathematical Society, the International Congress of Mathematicians, the United States Government, and the MacArthur Foundation for his research breakthroughs in topology, a branch of ...
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Michel Rolle was a largely self-educated mathematician who taught himself both algebra and Diophantine analysis, a method for solving equations with no unique solution. He won early repute when he solved a problem set by the mathematician ...
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The midpoint is defined as a position midway between two extreme points. In mathematics it is the point on a line segment or curvilinear arc that divides it into two parts of equal length. In a right triangle the midpoint of the hypotenuse...
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Émile Borel was one of the most powerful mathematicians of the twentieth century. He displayed great virtuosity in working in a number of different areas of mathematics, particularly complex numbers and functions, but in addition se...
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Milutin Milankovich is best remembered for formulating the orbital or astronomical variation theory of climatic change in the 1930s. The Milankovich theory, as it is known, proposes that as the Earth travels through space, three distinct c...
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Minkowski space-time is a single, four-dimensional continuum composed of the three coordinates defining position and a fourth dimension of time. It is a concept developed by German mathematical physicist Hermann Minkowski in 1907, and it p...
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Formal systems incorporating modalities such as necessity, possibility, impossibility, contingency, strict implication, and certain other closely related concepts. The most straightforward way of constructing a modal logic is to add to som...
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The Mode of a data set is the entry or entries that occur most frequently in the set. If a data set has two different values occurring most frequently, it is said to be bimodal. For the data set 1, 2, 4, 8, 8, 10, 10, 10, 12, 14, 15, 15, t...
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Model theory is a branch of mathematical logic concerned with the study of formal theories viewed as mathematical structures or objects. Those mathematical structures are studied by examining the first order sentences that describe those s...
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Modular arithmetic is a generalization of odd and even. We say that two integers, x and y, are congruent modulo a third integer n if and only if x - y is divisible by n. For example, 5 and 8 are congruent modulo 3 because 5 - 8 = -3 is div...
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Modus ponens (MP) is one of the simplest rules of inference. The term is Latin, and means "way of affirming." Given a set of true propositions, we use rules of inference to find out what other propositions must also be true. For instance, ...
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(Latin: “method of affirming” and “method of denying”) In logic, two types of inference that can be drawn using a hypothetical proposition—i.e., from a proposition of the form “If p, then q” (symbo...
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Statistical method of approximating the solution of complex physical or mathematical systems. The method was adopted and improved by John von Neumann and Stanislaw Ulam for simulations of the atomic bomb during the Manhattan Project. Becau...
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