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Reaching For The Extreme: How The Quest For The Biggest, Fewest, And Weirdest Makes Math
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From Bestselling Author And Mathematician Ian Stewart, The Fascinating Story Of The Extreme Problems That Have Driven Math Forward From Antiquity To TodayStewart Has A Genius For Explanation.New Scientistmany Of The Deepest And Most Important Areas Of Mathematics Have Emerged From Questions About ExtremesThe Shortest Path Between Two Points On A Curved Surface, The Smallest Area Spanning A Wire, Or The Fewest Colors Needed To Make A Map. Mathematicians Have Been Pushing Restlessly Toward Extremes For Thousands Of Years. The Isoperimetric Problem, For ExampleWhich Asks For The Shortest Route Enclosing A Given AreaCan Be Traced To Ancient Carthage. By Contrast, It Was Only In 2017 That The Densest Ways To Pack Identical Spheres Into A 24Dimensional Space Was Proven. In Reaching For The Extreme, Bestselling Author Ian Stewart, One Of The WorldS Most Popular Writers On Mathematics, Presents A Dazzling, WideRanging Tour Of MathS Outer Limits.Stewart Tells The Stories Of Sixteen Superlative ProblemsTheir History, The Struggles To Solve Them, And The Uses Of Some Of The Results. From The Biggest Number To The Smallest, The Fastest Fall To The Weirdest Symmetry, And The Best Fold To The Shortest Proof, These Questions Are Either Pure Thought Experiments Or Are Motivated By RealWorld Challenges. The Plateau Problem, About The Geometry Of Soap Bubbles, Led To The Notion Of A Minimal SurfaceNow Used In Cosmology, Biology, And Other Fields. Meanwhile, The 2023 Discovery Of A Single Tile Shape That Covers The Infinite Plane Without Repeating The Same Pattern Has No ApplicationYet.Reaching For The Extreme Illuminates How Mathematicians Drive Knowledge Forward By Reaching For The Edges And Solving Some Of The WorldS Most Fascinating Problems.
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