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Part 1: The basics
Chapter 1: Setting the scene: high energy photons and particles
Chapter 2: Radiation-matter interactions
Chapter 3: Interactions of photons and particles along the path
Part 2: The world of detectors
Chapter 4: Detectors: general characteristics
Chapter 5: Detectors bases on ionization in gases and liquids
Chapter 6: Scintillation detector systems
Chapter 7: Detectors based on ionization in solid state materials
Chapter 8: Cherenkov and Transition Radiation detectors
Chapter 9: Calorimeters
Chapter 10: Measurement of physical properties of photons and particles
Part 3: High energy astronomy
Chapter 11: Ultraviolet and X-ray astronomy
Chapter 12: Gamma ray astronomy
Chapter 13: Cosmic ray astronomy
Chapter 14: Neutrino astronomy
Chapter 15: Gravitational wave astronomy
Chapter 16: The dark side of the Universe
Chapter 17: Observing in high energy astrophysics
Chapter 18: Conclusions.

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