GameTek

by Geoffrey Engelstein

Overview

If you shuffle a deck of cards, what are the odds that the sequence is unique? What is the connection between dice, platonic solids and Newton's theory of gravity? What is more random: a dice tower or a random number generator? Can you actually employ a strategy for a game as basic as Rock-Paper-Scissors? These are all questions that are thrown up in games and life. Games involve chance, choice, competition, innovation, randomness, memory, stand-offs and paradoxes - aspects that designers manipulate to make a game interesting, fun and addictive, and players try to master for enjoyment and to win. But they also provide a fascinating way for us to explore our world; to understand how our minds tick, our numbers add up, and our laws of physics work. This is a book that tackles the big questions of life through the little questions of games. With short chapters on everything from memory games to subjective bias, to the Prisoner's Dilemma, to Goedei's theorems, GameTek is fascinating reading for anyone who wants to explore the world from a new perspective - and a must-read book for serious designers and players.

Product Details

ISBN-13:	9781460757376
Publisher:	HarperCollins Publishers
Publication date:	10/27/2020
Pages:	272
Sales rank:	442,306
Product dimensions:	9.10(w) x 6.00(h) x 0.80(d)

About the Author

Geoff Engelstein is an adjunct professor of Board Game Design at the NYU Game Center. He has spoken at a variety of venues, including Pax, GDC, Gencon, Rutgers, and USC. He has degrees in Physics and Electrical Engineering from the Massachusetts Institute of Technology, and is currently the president of Mars International, a design engineering firm.

Since 2007 he has been a contributor to Dice Tower, the leading table-top game podcast, with 'GameTek', a series on the math, science, and psychology of games. Since 2011 he has hosted Ludology, a weekly podcast. He is also an award-winning table-top game designer, whose games include The Ares Project, Space Cadets, The Fog of War, and Survive: Space Attack, many of which are co-designed with his children, Brian and Sydney.

Table of Contents

Introduction 1

1 How to Win at Rock-Paper-Scissors 5

2 What Makes a Game IS

3 Game Theory 30

4 Memory, Choice and Perspective 39

5 Playing on Your Expectations 53

6 Feeling the Loss 65

7 Who's the Best Judge? 80

8 Falling for Patterns 90

9 When Random Isn't Random 108

10 Games and Entropy 122

11 The Evolution of Life 134

12 What's Good About Being 'Good'? 152

13 Tic-Tac-Toe and Entangled Pairs 163

14 When Math Doesn't Have All the Answers 170

15 Goldilocks, Three Bears and a Whole Lot of Noise 187

16 Trading to Get What You Want 199

17 Making and Breaking the Rules 211

18 Community of Players 225

19 Emergent Properties and Games 237

Epilogue: Pivot Points and Phase Transitions 251

Endnotes 255

Index 259

Acknowledgments 266