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- W3100114930 abstract "The mechanisms which give rise to Hawking radiation are revealed by analyzing in detail pair production in the presence of horizons. In preparation for the black hole problem, three preparatory problems are dwelt with at length: pair production in an external electric field, thermalization of a uniformly accelerated detector and accelerated mirrors. In the light of these examples, the black hole evaporation problem is then presented. The leitmotif is the singular behavior of modes on the horizon which gives rise to a steady rate of production. Special emphasis is put on how each produced particle contributes to the mean albeit arising from a particular vacuum fluctuation. It is the mean which drives the semiclassical back reaction. This aspect is analyzed in more detail than heretofore and in particular its drawbacks are emphasized. It is the semiclassical theory which gives rise to Hawking's famous equation for the loss of mass of the black hole due to evaporation dMdt − −1M2. Black hole thermodynamics is derived from the evaporation process whereupon the reservoir character of the black hole is manifest. The relation to the thermodynamics of the eternal black hole through the Hartle-Hawking vacuum and the Killing identity are displayed. It is through the analysis of the fluctuations of the field configurations which give rise to a particular Hawking photon that the dubious character of the semiclassical theory is manifest. The present frontier of research revolves around this problem and is principally concerned with the fact that one calls upon energy scales that are greater than Planckian and the possibility of a non unitary evolution as well. These last subjects are presented in qualitative fashion only, so that this review stops at the threshold of quantum gravity." @default.
- W3100114930 created "2020-11-23" @default.
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- W3100114930 date "1995-09-01" @default.
- W3100114930 modified "2023-09-26" @default.
- W3100114930 title "A primer for black hole quantum physics" @default.
- W3100114930 cites W1963607853 @default.
- W3100114930 cites W1973465230 @default.
- W3100114930 cites W1977983289 @default.
- W3100114930 cites W1979169890 @default.
- W3100114930 cites W1984118521 @default.
- W3100114930 cites W1984755148 @default.
- W3100114930 cites W1985780392 @default.
- W3100114930 cites W1985881845 @default.
- W3100114930 cites W1987866394 @default.
- W3100114930 cites W1987919658 @default.
- W3100114930 cites W1989339964 @default.
- W3100114930 cites W1993918800 @default.
- W3100114930 cites W1995999485 @default.
- W3100114930 cites W1997115510 @default.
- W3100114930 cites W2001579607 @default.
- W3100114930 cites W2007191354 @default.
- W3100114930 cites W2012718232 @default.
- W3100114930 cites W2017387763 @default.
- W3100114930 cites W2018347303 @default.
- W3100114930 cites W2022487148 @default.
- W3100114930 cites W2023455941 @default.
- W3100114930 cites W2027871597 @default.
- W3100114930 cites W2029493086 @default.
- W3100114930 cites W2029783983 @default.
- W3100114930 cites W2030784304 @default.
- W3100114930 cites W2031580177 @default.
- W3100114930 cites W2034066066 @default.
- W3100114930 cites W2035568638 @default.
- W3100114930 cites W2036938936 @default.
- W3100114930 cites W2041267813 @default.
- W3100114930 cites W2042073190 @default.
- W3100114930 cites W2042105459 @default.
- W3100114930 cites W2042650304 @default.
- W3100114930 cites W2043082574 @default.
- W3100114930 cites W2043483422 @default.
- W3100114930 cites W2052889729 @default.
- W3100114930 cites W2057021675 @default.
- W3100114930 cites W2060745302 @default.
- W3100114930 cites W2061714185 @default.
- W3100114930 cites W2062094012 @default.
- W3100114930 cites W2064066577 @default.
- W3100114930 cites W2065257265 @default.
- W3100114930 cites W2065805883 @default.
- W3100114930 cites W2072468491 @default.
- W3100114930 cites W2076345154 @default.
- W3100114930 cites W2079506966 @default.
- W3100114930 cites W2079890182 @default.
- W3100114930 cites W2080096937 @default.
- W3100114930 cites W2080882339 @default.
- W3100114930 cites W2083942802 @default.
- W3100114930 cites W2083956250 @default.
- W3100114930 cites W2086411961 @default.
- W3100114930 cites W2090386790 @default.
- W3100114930 cites W2092862335 @default.
- W3100114930 cites W2093212801 @default.
- W3100114930 cites W2093721034 @default.
- W3100114930 cites W2100168895 @default.
- W3100114930 cites W2108092920 @default.
- W3100114930 cites W2112053347 @default.
- W3100114930 cites W2115512281 @default.
- W3100114930 cites W2118082065 @default.
- W3100114930 cites W2118148695 @default.
- W3100114930 cites W2120830691 @default.
- W3100114930 cites W2131856183 @default.
- W3100114930 cites W2143665736 @default.
- W3100114930 cites W2143830720 @default.
- W3100114930 cites W2145993559 @default.
- W3100114930 cites W2146478425 @default.
- W3100114930 cites W2148986778 @default.
- W3100114930 cites W2159953894 @default.
- W3100114930 cites W2171355735 @default.
- W3100114930 cites W2228257988 @default.
- W3100114930 cites W2325985677 @default.
- W3100114930 cites W2601883857 @default.
- W3100114930 cites W3102919875 @default.
- W3100114930 cites W3103243337 @default.
- W3100114930 cites W3105446030 @default.
- W3100114930 cites W3121934846 @default.
- W3100114930 cites W3204511879 @default.
- W3100114930 doi "https://doi.org/10.1016/0370-1573(95)00008-5" @default.
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