## The Dynamics of AmbiguityA fascinating topic! A fascinating book! Quite often, science and art are considered as the "two cultures" dividing our society into two separate groups. However, important phenomena in science and art have a common root. By using the concept of broken symmetries the author enlightens the similarities between the process of creation of an art work and of a scientific theory, as well as the similarity between the process of perception and measurement. Symmetry is a no-change as the outcome of a change. In order to obtain information, the symmetry of an initially balanced system must be broken. The consequence is ambiguity, the critical point of any dynamical instability. Here the world of physics and emotional and rational spheres match.The dynamics of perception (the transformation leading to a choice) involve well known physical phenomena like symmetry, entropy and others. Many illustrations and a strict ratio between popular inserts and technical chapters make this a scintillating book explaining why sciences and arts have in common the feature of universality. |

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### Contents

Insert | 2 |

Ambiguity in the Cultural Relationship Between | 10 |

Symmetry Simplicity Order | 21 |

Chemical Bond of the Electrons in Molecules | 29 |

Binary Structures and the Bit of Information | 40 |

Insert | 46 |

Chapter Three | 55 |

Chapter Four | 71 |

Chapter Five | 95 |

Inserts | 115 |

The Game of Broken Symmetries in the Industrial Trademark | 125 |

Chapter | 135 |

Appendix II | 143 |

Glossary 159 | 158 |

Bibliography | 167 |

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### Common terms and phrases

alloy alphabetic symbols ambiguous figure ambiguous structures ammonia molecule angular momentum associated atomic orbitals axis behavior binary choices binary structures bonding breaking of symmetry Caglioti centersymmetric coherent concept configurations constants of motion control parameter correlation corresponds critical temperature cube cubic moduli disorder dissipative structures dynamic instability eigenfunctions eigenvalues electric field electromagnetic electron elements energy level energy operator entropy and informational evolution example fact fractals frequency heat hydrogen atom hydrogen molecular-ion increase informational entropy inversions of perspective irreversible language lattice log2 macroscopic magnetization measurement molecular orbitals natural structures nitrogen order parameter oscillation parity pendulum perceiving perception of ambiguous perceptive process phase physical entropy Planck's constant Plate possible proton quantum structures radiation redundancy relationship resonant rhythm rotation sensorial stimuli spectroscopic observation Stark effect stationary structural moduli symmetry breaking symmetry operations symmetry transformation synergetics thermal energy thermodynamic equilibrium tion trademark translational symmetry unifying factors visual thinking