Introduction to Modern Dynamics. Chaos, Networks, Space and Time

Preface to the Second Edition\nPreface: The Best Parts of Physics\n	A unifying concept: geometry and dynamics\n	A common tool: dynamical flows and the ODE solver\n	Traditional junior-level physics: how to use this book\n	What\'s simple in complex systems?\nAcknowledgments\nContents*-12pt\n3.6 Bibliography\nAnalytic problems\nComputational projects\nAnalytic problems\nComputational projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nPreface to the Second Edition\nPreface: The Best Parts of Physics\n	A unifying concept: geometry and dynamics\n	A common tool: dynamical flows and the ODE solver\n	Traditional junior-level physics: how to use this book\n	What\'s simple in complex systems?\nAcknowledgments\nContents*-12pt\n3.6 Bibliography\nAnalytic problems\nComputational projects\nAnalytic problems\nComputational projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nPreface to the Second Edition\nPreface: The Best Parts of Physics\n	A unifying concept: geometry and dynamics\n	A common tool: dynamical flows and the ODE solver\n	Traditional junior-level physics: how to use this book\n	What\'s simple in complex systems?\nAcknowledgments\nContents*-12pt\n3.6 Bibliography\nAnalytic problems\nComputational projects\nAnalytic problems\nComputational projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nPreface to the Second Edition\nPreface: The Best Parts of Physics\n	A unifying concept: geometry and dynamics\n	A common tool: dynamical flows and the ODE solver\n	Traditional junior-level physics: how to use this book\n	What\'s simple in complex systems?\nAcknowledgments\nContents*-12pt\n3.6 Bibliography\nAnalytic problems\nComputational projects\nAnalytic problems\nComputational projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nPreface to the Second Edition\nPreface: The Best Parts of Physics\n	A unifying concept: geometry and dynamics\n	A common tool: dynamical flows and the ODE solver\n	Traditional junior-level physics: how to use this book\n	What\'s simple in complex systems?\nAcknowledgments\nContents*-12pt\n3.6 Bibliography\nAnalytic problems\nComputational projects\nAnalytic problems\nComputational projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nPreface to the Second Edition\nPreface: The Best Parts of Physics\n	A unifying concept: geometry and dynamics\n	A common tool: dynamical flows and the ODE solver\n	Traditional junior-level physics: how to use this book\n	What\'s simple in complex systems?\nAcknowledgments\nContents*-12pt\n3.6 Bibliography\nAnalytic problems\nComputational projects\nAnalytic problems\nComputational projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nPreface to the Second Edition\nPreface: The Best Parts of Physics\n	A unifying concept: geometry and dynamics\n	A common tool: dynamical flows and the ODE solver\n	Traditional junior-level physics: how to use this book\n	What\'s simple in complex systems?\nAcknowledgments\nContents*-12pt\n3.6 Bibliography\nAnalytic problems\nComputational projects\nAnalytic problems\nComputational projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nPreface to the Second Edition\nPreface: The Best Parts of Physics\n	A unifying concept: geometry and dynamics\n	A common tool: dynamical flows and the ODE solver\n	Traditional junior-level physics: how to use this book\n	What\'s simple in complex systems?\nAcknowledgments\nContents*-12pt\n3.6 Bibliography\nAnalytic problems\nComputational projects\nAnalytic problems\nComputational projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nPreface to the Second Edition\nPreface: The Best Parts of Physics\n	A unifying concept: geometry and dynamics\n	A common tool: dynamical flows and the ODE solver\n	Traditional junior-level physics: how to use this book\n	What\'s simple in complex systems?\nAcknowledgments\nContents*-12pt\n3.6 Bibliography\nAnalytic problems\nComputational projects\nAnalytic problems\nComputational projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nPreface to the Second Edition\nPreface: The Best Parts of Physics\n	A unifying concept: geometry and dynamics\n	A common tool: dynamical flows and the ODE solver\n	Traditional junior-level physics: how to use this book\n	What\'s simple in complex systems?\nAcknowledgments\nContents*-12pt\n3.6 Bibliography\nAnalytic problems\nComputational projects\nAnalytic problems\nComputational projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nPreface to the Second Edition\nPreface: The Best Parts of Physics\n	A unifying concept: geometry and dynamics\n	A common tool: dynamical flows and the ODE solver\n	Traditional junior-level physics: how to use this book\n	What\'s simple in complex systems?\nAcknowledgments\nContents*-12pt\n3.6 Bibliography\nAnalytic problems\nComputational projects\nAnalytic problems\nComputational projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nPreface to the Second Edition\nPreface: The Best Parts of Physics\n	A unifying concept: geometry and dynamics\n	A common tool: dynamical flows and the ODE solver\n	Traditional junior-level physics: how to use this book\n	What\'s simple in complex systems?\nAcknowledgments\nContents*-12pt\n3.6 Bibliography\nAnalytic problems\nComputational projects\nAnalytic problems\nComputational projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nPreface to the Second Edition\nPreface: The Best Parts of Physics\n	A unifying concept: geometry and dynamics\n	A common tool: dynamical flows and the ODE solver\n	Traditional junior-level physics: how to use this book\n	What\'s simple in complex systems?\nAcknowledgments\nContents*-12pt\n3.6 Bibliography\nAnalytic problems\nComputational projects\nAnalytic problems\nComputational projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nPreface to the Second Edition\nPreface: The Best Parts of Physics\n	A unifying concept: geometry and dynamics\n	A common tool: dynamical flows and the ODE solver\n	Traditional junior-level physics: how to use this book\n	What\'s simple in complex systems?\nAcknowledgments\nContents*-12pt\n3.6 Bibliography\nAnalytic problems\nComputational projects\nAnalytic problems\nComputational projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nPreface to the Second Edition\nPreface: The Best Parts of Physics\n	A unifying concept: geometry and dynamics\n	A common tool: dynamical flows and the ODE solver\n	Traditional junior-level physics: how to use this book\n	What\'s simple in complex systems?\nAcknowledgments\nContents*-12pt\n3.6 Bibliography\nAnalytic problems\nComputational projects\nAnalytic problems\nComputational projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nPreface to the Second Edition\nPreface: The Best Parts of Physics\n	A unifying concept: geometry and dynamics\n	A common tool: dynamical flows and the ODE solver\n	Traditional junior-level physics: how to use this book\n	What\'s simple in complex systems?\nAcknowledgments\nContents*-12pt\n3.6 Bibliography\nAnalytic problems\nComputational projects\nAnalytic problems\nComputational projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nPreface to the Second Edition\nPreface: The Best Parts of Physics\n	A unifying concept: geometry and dynamics\n	A common tool: dynamical flows and the ODE solver\n	Traditional junior-level physics: how to use this book\n	What\'s simple in complex systems?\nAcknowledgments\nContents*-12pt\n3.6 Bibliography\nAnalytic problems\nComputational projects\nAnalytic problems\nComputational projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nPreface to the Second Edition\nPreface: The Best Parts of Physics\n	A unifying concept: geometry and dynamics\n	A common tool: dynamical flows and the ODE solver\n	Traditional junior-level physics: how to use this book\n	What\'s simple in complex systems?\nAcknowledgments\nContents*-12pt\n3.6 Bibliography\nAnalytic problems\nComputational projects\nAnalytic problems\nComputational projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nPreface to the Second Edition\nPreface: The Best Parts of Physics\n	A unifying concept: geometry and dynamics\n	A common tool: dynamical flows and the ODE solver\n	Traditional junior-level physics: how to use this book\n	What\'s simple in complex systems?\nAcknowledgments\nContents*-12pt\n3.6 Bibliography\nAnalytic problems\nComputational projects\nAnalytic problems\nComputational projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nPreface to the Second Edition\nPreface: The Best Parts of Physics\n	A unifying concept: geometry and dynamics\n	A common tool: dynamical flows and the ODE solver\n	Traditional junior-level physics: how to use this book\n	What\'s simple in complex systems?\nAcknowledgments\nContents*-12pt\n3.6 Bibliography\nAnalytic problems\nComputational projects\nAnalytic problems\nComputational projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nPreface to the Second Edition\nPreface: The Best Parts of Physics\n	A unifying concept: geometry and dynamics\n	A common tool: dynamical flows and the ODE solver\n	Traditional junior-level physics: how to use this book\n	What\'s simple in complex systems?\nAcknowledgments\nContents*-12pt\n3.6 Bibliography\nAnalytic problems\nComputational projects\nAnalytic problems\nComputational projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nPreface to the Second Edition\nPreface: The Best Parts of Physics\n	A unifying concept: geometry and dynamics\n	A common tool: dynamical flows and the ODE solver\n	Traditional junior-level physics: how to use this book\n	What\'s simple in complex systems?\nAcknowledgments\nContents*-12pt\n3.6 Bibliography\nAnalytic problems\nComputational projects\nAnalytic problems\nComputational projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nPreface to the Second Edition\nPreface: The Best Parts of Physics\n	A unifying concept: geometry and dynamics\n	A common tool: dynamical flows and the ODE solver\n	Traditional junior-level physics: how to use this book\n	What\'s simple in complex systems?\nAcknowledgments\nContents*-12pt\n3.6 Bibliography\nAnalytic problems\nComputational projects\nAnalytic problems\nComputational projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects\nAnalytic problems\nNumerical projects