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The term black hole is of very recent origin. It was coined in 1969 by the American scientist John Wheeler as a graphic description of an idea that goes back at least two hundred years, to a time when there were two theories about light: one, which Newton favored, was that it was composed of particles; the other was that it was made of waves. We now know that really both theories are correct. By the wave/particle duality of quantum mechanics, light can be regarded as both a wave and a particle. Under the theory that light is made up of waves, it was not clear how it would respond to gravity. But if light is composed of particles, one might expect them to be affected by gravity in the same way that cannonballs, rockets, and planets are. At first people thought that particles of light traveled infinitely fast, so gravity would not have been able to slow them down, but the discovery by Roemer that light travels at a finite speed meant that gravity might have an important effect.

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黑洞概念的起源与光的双重性

黑洞这一术语由美国科学家约翰·惠勒在1969年提出,用以形象描述一个至少可追溯至两百年前的概念。当时,关于光的本质存在两种理论:牛顿支持的粒子说和波动说。现代量子力学揭示了光的波粒二象性,即光既可以被视为波也可以被视为粒子。在光作为波动的理论下,其对重力的反应不甚明确。但如果光由粒子组成,人们可能会预期它们像炮弹、火箭和行星一样受到重力的影响。最初,人们认为光速无限,因此重力无法减慢光速,但Roemer发现光速有限,这表明重力可能对光有重要影响。1

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What is the concept of a black hole?
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What are the theories of light's nature?
How does gravity affect light particles?
Who discovered that light travels at a finite speed?
What is the wave-particle duality in quantum mechanics?

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