Nicolaus Copernicus — "Those things which I am saying now may be obscure, yet they will be made clearer…"
Those things which I am saying now may be obscure, yet they will be made clearer in their proper place.
Those things which I am saying now may be obscure, yet they will be made clearer in their proper place.
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"The sphere of the fixed stars is immovable and embraces all things."
"I consider it the chief duty of an astronomer to gather the observations of the heavenly bodies, and to explain their motions by hypotheses."
"Therefore, we must find a better way to explain the apparent motion of the heavens, which is so complicated and irregular."
"The difficulty of the task, and the novelty of the opinion, almost deterred me from publishing the work."
"For the motion which appears to us in the heavens is not in the heavens themselves, but in the earth."
A statement within his writings, possibly addressing the initial complexity of his heliocentric model.
Date: Approximate, likely from 'De revolutionibus'
WisdomFound in 1 providers: gemini
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Complexity introduced early in an argument doesn't have to be immediately understood — clarity comes when the full case is assembled. This expresses patient confidence in the unfolding of ideas: stay with the reasoning, and what seems obscure now will resolve into something obvious once each piece is properly in place. It reflects intellectual humility paired with quiet certainty — the author knows the destination even when the path is still being walked.
Copernicus spent roughly thirty years quietly developing his heliocentric theory before publishing De Revolutionibus in the final year of his life. As a cathedral canon and trained mathematician, he built his argument incrementally across dense geometric proofs, knowing each early claim — Earth moves, the Sun is central — would sound absurd without the full mathematical framework behind it. This quote mirrors exactly that methodical strategy: introduce the strange premise, then prove it completely.
The early 16th century was dominated by Ptolemaic astronomy, endorsed by the Catholic Church for over a millennium. Asserting that Earth moved was not merely counterintuitive — it risked accusations of contradicting Scripture. Copernicus wrote primarily for trained mathematicians, knowing general readers would find his premises baffling without the complete geometric scaffolding. This restraint reflects real stakes: a revolutionary idea introduced without full proof could be dismissed or condemned before it was ever properly understood.
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