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拍品 37
Black Hole Explosions?
Stephen Hawking. 1974
已結束2018年11月8日
成交價
GBP 7,500
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Black Hole Explosions?
Stephen Hawking. 1974
Stephen Hawking (1942-2018).
‘Black Hole Explosions?’ Offprint from: Nature, Vol. 248, No. 5443, pp.30-31, 1 March 1974. Provenance: the estate of the late Professor Stephen Hawking.
First edition, offprint issue, of Hawking’s most important article, predicting black holes would release blackbody radiation, now known as Hawking Radiation. This paper shows that very low mass (primordial) black holes (with a mass less than 1015kg) would evaporate (and explode) on a timescale shorter than the age of the Universe. If primordial black holes were formed in the early Universe these explosions could, in principle, be detected observationally.
Quarto (278 x 212mm), single leaf (punch holes).
Stephen Hawking. 1974
Stephen Hawking (1942-2018).
‘Black Hole Explosions?’ Offprint from: Nature, Vol. 248, No. 5443, pp.30-31, 1 March 1974. Provenance: the estate of the late Professor Stephen Hawking.
First edition, offprint issue, of Hawking’s most important article, predicting black holes would release blackbody radiation, now known as Hawking Radiation. This paper shows that very low mass (primordial) black holes (with a mass less than 1015kg) would evaporate (and explode) on a timescale shorter than the age of the Universe. If primordial black holes were formed in the early Universe these explosions could, in principle, be detected observationally.
Quarto (278 x 212mm), single leaf (punch holes).
Black Hole Explosions?
Stephen Hawking. 1974
Stephen Hawking (1942-2018).
‘Black Hole Explosions?’ Offprint from: Nature, Vol. 248, No. 5443, pp.30-31, 1 March 1974. Provenance: the estate of the late Professor Stephen Hawking.
First edition, offprint issue, of Hawking’s most important article, predicting black holes would release blackbody radiation, now known as Hawking Radiation. This paper shows that very low mass (primordial) black holes (with a mass less than 1015kg) would evaporate (and explode) on a timescale shorter than the age of the Universe. If primordial black holes were formed in the early Universe these explosions could, in principle, be detected observationally.
Quarto (278 x 212mm), single leaf (punch holes).
Stephen Hawking. 1974
Stephen Hawking (1942-2018).
‘Black Hole Explosions?’ Offprint from: Nature, Vol. 248, No. 5443, pp.30-31, 1 March 1974. Provenance: the estate of the late Professor Stephen Hawking.
First edition, offprint issue, of Hawking’s most important article, predicting black holes would release blackbody radiation, now known as Hawking Radiation. This paper shows that very low mass (primordial) black holes (with a mass less than 1015kg) would evaporate (and explode) on a timescale shorter than the age of the Universe. If primordial black holes were formed in the early Universe these explosions could, in principle, be detected observationally.
Quarto (278 x 212mm), single leaf (punch holes).