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Table of Contents
Preface; Contents; The Characters; The Particles; Measure for Measure; I
Rocket Science; Auroras; Light; Invisibility Cloaks; The Doppler Shift; Lasers; Vacuum and Air Pressure; Fluid Flow and Turbulences; Why Does a Plane Fly?; Surface Tension; Non-Newtonian Fluid; Rocket Maneuvers; Kepler's Laws; Conservation Laws; The Voyager Probes; Birth of the Solar System; Genesis of the Moon; Extrasolar Planets; II
The Cosmos; Spectral Classification; Red Giants and Planetary Nebulae; Supernovae; White Dwarfs and Type Ia Supernovae; Black Holes; The Big Bang; Timeline of Our Universe
The Cosmic Microwave BackgroundLarge Scale Structure of the Universe; Galaxy Types; Relative Space and Time; The Theory of General Relativity; Curved Space Time; Gravitational Lensing; Dark Matter; Dark Energy; III
Quantum Mechanics; Wave-Particle Duality; The Double Slit Experiment; Heisenberg Uncertainty; Schrödinger's Cat; Feynman Paths; Quantum Tunneling; Radioactive Decay; Alpha, Beta and Gamma Rays; Nuclear Fusion; Superconductors; Superfluidity; Spin; Entanglement; Quantum Teleportation; Qubits; IV
Particle Physics; Atoms vs. Elementary Particles; The Neutrino
Standard Model of Elementary ParticlesAntimatter; Particle Decays; Feynman Diagrams; The Strong Interaction; The Weak Interaction; E=mc²; The Higgs Mechanism; The Structure of the Proton; Particle Accelerators; Particle Detectors; Cosmic Radiation; Neutrino Oscillations; Radiation Therapy; V
Beyond the Boundaries of Our Knowledge; Exotic Matter; Before the Big Bang; Quantum Gravity; Black Hole Evaporation; Wormholes; Tachyons; Warp Drive; Supersymmetry; String Theory; Extra Dimensions; Many Worlds; The End of the Universe
Rocket Science; Auroras; Light; Invisibility Cloaks; The Doppler Shift; Lasers; Vacuum and Air Pressure; Fluid Flow and Turbulences; Why Does a Plane Fly?; Surface Tension; Non-Newtonian Fluid; Rocket Maneuvers; Kepler's Laws; Conservation Laws; The Voyager Probes; Birth of the Solar System; Genesis of the Moon; Extrasolar Planets; II
The Cosmos; Spectral Classification; Red Giants and Planetary Nebulae; Supernovae; White Dwarfs and Type Ia Supernovae; Black Holes; The Big Bang; Timeline of Our Universe
The Cosmic Microwave BackgroundLarge Scale Structure of the Universe; Galaxy Types; Relative Space and Time; The Theory of General Relativity; Curved Space Time; Gravitational Lensing; Dark Matter; Dark Energy; III
Quantum Mechanics; Wave-Particle Duality; The Double Slit Experiment; Heisenberg Uncertainty; Schrödinger's Cat; Feynman Paths; Quantum Tunneling; Radioactive Decay; Alpha, Beta and Gamma Rays; Nuclear Fusion; Superconductors; Superfluidity; Spin; Entanglement; Quantum Teleportation; Qubits; IV
Particle Physics; Atoms vs. Elementary Particles; The Neutrino
Standard Model of Elementary ParticlesAntimatter; Particle Decays; Feynman Diagrams; The Strong Interaction; The Weak Interaction; E=mc²; The Higgs Mechanism; The Structure of the Proton; Particle Accelerators; Particle Detectors; Cosmic Radiation; Neutrino Oscillations; Radiation Therapy; V
Beyond the Boundaries of Our Knowledge; Exotic Matter; Before the Big Bang; Quantum Gravity; Black Hole Evaporation; Wormholes; Tachyons; Warp Drive; Supersymmetry; String Theory; Extra Dimensions; Many Worlds; The End of the Universe