The whole history of science has been the gradual realization that events do not happen in an arbitrary manner, but that they reflect an underlying order, which may or may not be divinely inspired.
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"The universe is a great place to be, and I'm glad to be a part of it. But it's also a very dangerous place, and we need to be careful."
"I would like to know the mind of God—everything else is details."
"I think the universe is a lot stranger than we can imagine."
"I believe that there is no heaven or afterlife. That is a fairy story for people afraid of the dark."
"The universe is not only stranger than we imagine, it is stranger than we can imagine."
British theoretical physicist whose Hawking radiation work and A Brief History of Time (1988) brought black-hole physics to a mass audience while he lived with ALS for 55 years. Closely associated with Roger Penrose (his collaborator on singularity theorems) and Carl Sagan (fellow popularizer who wrote Brief History's foreword). For an intellectual contrast, see William Lane Craig, American philosopher of religion — Craig's Kalam cosmological argument depends on the Big Bang requiring a divine first cause; Hawking's no-boundary proposal was specifically designed to remove the moment that would require one — the cleanest cosmology-vs-natural-theology contrast in modern thought.
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Science has progressively revealed that the universe operates by consistent, discoverable rules rather than random chance or chaos. Events follow patterns and laws that humans can identify and predict. Whether a god designed these laws is a separate question — but the laws themselves are real, structured, and knowable. Understanding them is the entire project of science.
Hawking spent his career exposing the deep mathematical structure of reality — from black hole thermodynamics to the no-boundary proposal for the universe's origin. As a physicist who was also frequently asked about God, this quote captures his careful position: science finds order, but remains agnostic on its divine origin. His work on the Big Bang directly engaged the boundary between physics and theology.
Hawking worked during the late 20th century, when physics unified quantum mechanics with cosmology and the Big Bang model became scientific consensus. Simultaneously, science-religion debates intensified — creationism vs. evolution, fine-tuning arguments for God. Hawking's nuanced stance — affirming cosmic order while leaving divinity open — resonated in an era where scientists were increasingly pressed to declare allegiance to faith or materialism.
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