MOTION MOUNTAIN

TABLE OF CONTENTS

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Home Contents Download Reviews Search Challenges Suggestion wiki About the Project Guestbook Mailing list Help Links Author contact Research 31 January 2009
Benvenuti Benvinguda Bienvenida Bienvenue Bine ati venit Bem-vindos Bonvenon ברוכים הבאים Добрe дошли Добро пожаловать Dobrodošli Ласкаво просимо 欢迎 歡迎 Hoş geldiniz Karibu مرحبا Ondo etorri Salve Selamat Datang Tere tulemast Tervetuloa Üdvözlet Välkommen Velkommen Velkommen Vitajte Welkom Willkommen Witajcie Χαίρετε ようこそ
 
 

The links on the table point to the six separate part files, which have different page numbering than those given below. Part 1 is 38 MB, part 2 is 17MB, part 3 is 19MB, part 4 is 7MB, part 5 is 25MB and part 6 is 4MB in size.

If you can, it is best to download the single 102 MB file of the full book from the download page, because there are many clickable cross-links between the parts that work only in the single-file version.
 

Preface
An appetizer
pdfFIRST PART
 
 
FALL, FLOW AND HEAT
10
13
19
        1 Why should we care about motion? 22
        2 From motion measurement to continuity 39
        3 How to describe motion – kinematics 73
        4 From objects and images to conservation 89
        5 From the rotation of the Earth to the relativity of motion 116
        6 Motion due to gravitation 142
        7 Classical mechanics and the predictability of motion 178
        8 Measuring change with action 194
        9 Motion and symmetry 209
        10 Simple motions of extended bodies – oscillations and waves 226
        11 Do extended bodies exist? – Limits of continuity 250
        12 From heat to time-invariance 278
        13 Self-organization and chaos - the simplicity of complexity 302
        14 From the limitations of physics to the limits of motion 314
  Appendix A Notation and conventions 319
pdfSECOND PART RELATIVITY 397
        15 Maximum speed, observers at rest, and motion of light 401
        16 General relativity: gravitation, maximum speed and maximum force 471
        17 The new ideas on space, time and gravity 498
        18 Motion in general relativity - bent light and wobbling vacuum 520
        19 Why can we see the stars? - Motion in the universe 563
        20 Black holes - falling forever 603
        21 Does space differ from time? 618
        22 General relativity in ten points - a summary for the layman 625
pdfTHIRD PART LIGHT, CHARGES AND BRAINS 663
        23 Liquid electricity, invisible fields and maximum speed 667
        24 The description of electromagnetic field evolution 703
        25 What is light? 720
        26 Images and the eye - optics 757
        27 Charges are discrete - the limits of classical electrodynamics 770
        28 Electromagnetic effects 773
        29 Classical physics in a nutshell - one and a half steps out of three 794
        30 The story of the brain 800
        31 Thought and language 813
        32 Concepts, lies and patterns of nature 832
  Appendix B Numbers and spaces 871
  Appendix C Units, measurements and constants 905
  Appendix D Sources of information on motion 923
pdfFOURTH PART QUANTUM THEORY: THE SMALLEST CHANGE 968
        33 Minimum action - quantum theory for poets 972
        34 Light - the strange consequences of the quantum of action 989
        35 Motion of matter - beyond classical physics 1011
        36 Colours and other interactions between light and matter 1035
        37 Permutation of particles -- Are particles like gloves? 1046
        38 Rotations and statistics - visualising spin 1057
        39 Superpositions and probabilities - quantum theory without ideology 1068
pdfFIFTH PART PLEASURE, TECHNOLOGY AND STARS 1063
        40 Motion for enjoying life 1113
        41 Changing the world with quantum theory 1139
        42 Quantum electrodynamics - the origin of virtual reality 1182
        43 Quantum mechanics with gravitation - the first approach 1197
        44 The structure of the nucleus - the densest clouds 1215
        45 The sun, stars and the birth of matter interaction 1241
        46 The strong interaction 1250
        47 The weak nuclear interaction and the handedness of nature 1268
        48 The standard model of elementary particle physics - as seen on television 1283
        49 Dreams of unification 1288
        50 Bacteria, flies and knots 1296
        51 Quantum physics in a nutshell 1325
  Appendix E Composite particle properties 1341
pdfSIXTH PART MOTION WITHOUT MOTION - WHAT ARE SPACE, TIME AND PARTICLES? 1386
        52 General relativity versus quantum theory 1390
        53 Nature at large scales - is the universe something or nothing? 1419
        54 The physics of love - a summary of the first five and a half parts 1441
        55 Maximum force and minimum distance - physics in limit statements 1452
        56 The shape of points - extension in nature 1481
        57 Unification (not yet available) 1512
        58 The top of the mountain (not yet available) 1513
  Postface 1514
  Name index 1532
  Subject index 1560

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