## Asymptotic quantization: based on 1984 Naples lectures |

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### Contents

Black Hole Evaporation | 17 |

References and Notes | 33 |

Kinematic Structure at Infinity | 48 |

Copyright | |

3 other sections not shown

### Common terms and phrases

1-graviton 4-momentum A(f+ Ashtekar asymptotic quantization asymptotically flat black hole BMS group BMS symmetries Bondi boundary Cauchy characteristic data classical vacuum conformal rescalings connections construct corresponding covector curvature defined Denote diffeomorphisms electromagnetic elementary particles energy equivalence class exact general relativity fact field equations fields faD finite Fock representation Fock space Fourier transform framework frequency fields function gauge gravitational field gravitational radiation gravitons H-spaces Hamiltonian helicity Hence Hilbert space infrared problems infrared sectors integral interactions introduce Lie algebra linear Maxwell metric gab Minkowski space momentum non-linear null infinity obtain operator phase space Phys physical planck length Poincare positive frequency proton pull-back quantum field theory quantum gravity quantum mechanics quantum theory radiative modes represent role satisfying scale Schwartz space solutions space F space-time space-time geometry spin subgroup supertranslations symplectic structure tensor field trace-free vanishes vector field well-defined