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Publisher | Oxford University Press UK |
Author(s) | Richard Earl |
Subtitle | A Very Short Introduction |
Published | 12th December 2019 |
Related course codes | ASTR2013 - Foundations of Astrophysics, MATH1013 - Mathematics and Applications 1, MATH1116 - Advanced Mathematics and Applications 2, MATH4204 - Algebraic Topology Honours, PHYS2204 - Soft Condensed Matter, PHYS3103 - Advanced Statistical Mechanics, PHY102 - Electricity and Waves, PHY10002 - Introduction to Physics, PUREMTH3002 - Topology and Analysis III, PUREMTH3007 - Groups and Rings III, PUREMTH4012 - Pure Mathematics Topic B Honours, PUREMTH4102 - Topology and Analysis Honours, PUREMTH4107 - Groups and Rings Honours, PUREMTH4119 - Complex Analysis Honours, PUREMTH7002 - Pure Mathematics Topic B, PUREMTH7055 - Topology and Analysis, PUREMTH7059 - Groups and Rings, PHYC10004 - Physics 2, EPPHYS308 - Physics, PHYS1205 - Fundamentals of Engineering Physics, PHYS1220 - Advanced Physics II, MATH3061 - Geometry and Topology, MATH3968 - Differential Geometry (Advanced), MATH4068 - Differential Geometry, PHYS1004 - Physics 1 (Environmental and Life Science), PHYS1904 - Physics 1B (Special Studies Program), PHYS3035 - Electrodynamics and Optics, PHYS3935 - Electrodynamics and Optics (Advanced), PHYS4123 - General Relativity and Cosmology, PHYS4124 - Physics of the Standard Model |
A Very Short Introduction
How is a subway map different from other maps? What makes a knot knotted? What makes the Möbius strip one-sided? These are questions of topology, the mathematical study of properties preserved by twisting or stretching objects. In the 20th century topology became as broad and fundamental as algebra and geometry, with important implications for science, especially physics. In this Very Short Introduction Richard Earl gives a