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拍品 44
Origin of Structure in the Universe
Stephen Hawking and J.J. Halliwell. 1985
已結束2018年11月8日
成交價
GBP 1,750
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Origin of Structure in the Universe
Stephen Hawking and J.J. Halliwell. 1985
J.J. Halliwell and Stephen Hawking (1942-2018).
‘Origin of Structure in the Universe.’ Offprint from: Physical Review D, Particles and Fields, Third Series, vol. 31, No. 8, pp.1777-1791. [Brookhaven, NY: The American Physical Society,] 15 April 1985. Provenance: the estate of the late Professor Stephen Hawking.
Offprint investigating boundary conditions of the Universe. This paper starts by pointing out that inflationary theory is incomplete because it does not specify the boundary conditions of the Universe. The authors then seek an alternative explanation for the origin of structure in the Universe by computing the quantum mechanical fluctuations expected according to the Hartle-Hawking 'no boundary’ proposal. Quantum mechanical fluctuations in the ground state produce a nearly scale-invariant spectrum of fluctuations in agreement with observations.
Quarto (285 x 210mm). Stapled self-wrappers (punch holes).
Stephen Hawking and J.J. Halliwell. 1985
J.J. Halliwell and Stephen Hawking (1942-2018).
‘Origin of Structure in the Universe.’ Offprint from: Physical Review D, Particles and Fields, Third Series, vol. 31, No. 8, pp.1777-1791. [Brookhaven, NY: The American Physical Society,] 15 April 1985. Provenance: the estate of the late Professor Stephen Hawking.
Offprint investigating boundary conditions of the Universe. This paper starts by pointing out that inflationary theory is incomplete because it does not specify the boundary conditions of the Universe. The authors then seek an alternative explanation for the origin of structure in the Universe by computing the quantum mechanical fluctuations expected according to the Hartle-Hawking 'no boundary’ proposal. Quantum mechanical fluctuations in the ground state produce a nearly scale-invariant spectrum of fluctuations in agreement with observations.
Quarto (285 x 210mm). Stapled self-wrappers (punch holes).
Origin of Structure in the Universe
Stephen Hawking and J.J. Halliwell. 1985
J.J. Halliwell and Stephen Hawking (1942-2018).
‘Origin of Structure in the Universe.’ Offprint from: Physical Review D, Particles and Fields, Third Series, vol. 31, No. 8, pp.1777-1791. [Brookhaven, NY: The American Physical Society,] 15 April 1985. Provenance: the estate of the late Professor Stephen Hawking.
Offprint investigating boundary conditions of the Universe. This paper starts by pointing out that inflationary theory is incomplete because it does not specify the boundary conditions of the Universe. The authors then seek an alternative explanation for the origin of structure in the Universe by computing the quantum mechanical fluctuations expected according to the Hartle-Hawking 'no boundary’ proposal. Quantum mechanical fluctuations in the ground state produce a nearly scale-invariant spectrum of fluctuations in agreement with observations.
Quarto (285 x 210mm). Stapled self-wrappers (punch holes).
Stephen Hawking and J.J. Halliwell. 1985
J.J. Halliwell and Stephen Hawking (1942-2018).
‘Origin of Structure in the Universe.’ Offprint from: Physical Review D, Particles and Fields, Third Series, vol. 31, No. 8, pp.1777-1791. [Brookhaven, NY: The American Physical Society,] 15 April 1985. Provenance: the estate of the late Professor Stephen Hawking.
Offprint investigating boundary conditions of the Universe. This paper starts by pointing out that inflationary theory is incomplete because it does not specify the boundary conditions of the Universe. The authors then seek an alternative explanation for the origin of structure in the Universe by computing the quantum mechanical fluctuations expected according to the Hartle-Hawking 'no boundary’ proposal. Quantum mechanical fluctuations in the ground state produce a nearly scale-invariant spectrum of fluctuations in agreement with observations.
Quarto (285 x 210mm). Stapled self-wrappers (punch holes).
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