Euclid — "There are infinitely many prime numbers."
There are infinitely many prime numbers.
There are infinitely many prime numbers.
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"To construct a regular pentagon in a given circle."
"The extremities of a line are points."
"A circle is a plane figure contained by one line such that all the straight lines falling upon it from one point among those lying within the figure are equal to one another."
"The extremities of a surface are lines."
"A number is a multitude composed of units."
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No matter how high you count, you will never reach a final prime number — the sequence goes on forever. Primes are numbers divisible only by 1 and themselves, like 2, 3, 5, 7, 11. This statement, proven mathematically, means the universe of primes has no ceiling. It is one of the oldest and most elegant truths in all of mathematics, still foundational to encryption and number theory today.
Euclid proved this in Elements Book IX, Proposition 20, using a proof by contradiction so clean it is still taught unchanged after 2,300 years. Though remembered for geometry, his Elements covered number theory with equal rigor. The proof reflects his core method: start from axioms, reason logically, reach certainty. He did not just claim the result — he demonstrated it, embodying the Greek ideal of deductive proof over intuition.
Around 300 BCE in Alexandria, Greek thinkers were establishing deductive mathematics as a discipline distinct from practical calculation. Infinity was philosophically dangerous — Aristotle rejected 'actual infinity' entirely. Euclid navigated this by proving you can always construct one more prime without asserting an infinite list exists. This intellectual climate made the proof both radical and careful, helping legitimize rigorous logical argument as civilization's most reliable tool for truth.
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