Now we can see what makes mathematics unique. Only in mathematics is there no significant correction-only extension. Once the Greeks had developed th… - Isaac Asimov

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Now we can see what makes mathematics unique. Only in mathematics is there no significant correction-only extension. Once the Greeks had developed the deductive method, they were correct in what they did, correct for all time. Euclid was incomplete and his work has been extended enormously, but it has not had to be corrected. His theorems are, every one of them, valid to this day.

Ptolemy may have developed an erroneous picture of the planetary system, but the system of trigonometry he worked out to help him with his calculations remains correct forever.

Each great mathematician adds to what came previously, but nothing needs to be uprooted. Consequently, when we read a book like A History of Mathematics, we get the picture of a mounting structure, ever taller and broader and more beautiful and magnificent and with a foundation, moreover, that is as untainted and as functional now as it was when Thales worked out the first geometrical theorems nearly 26 centuries ago.

Nothing pertaining to humanity becomes us so well as mathematics. There, and only there, do we touch the human mind at its peak.

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About Isaac Asimov

Isaac Asimov (c. 2 January 1920 – 6 April 1992) was a Russian-born American biochemist who was a prolific writer of both fiction and non-fiction, his works include the Foundation series and I, Robot.

Biography information from Wikiquote

Also Known As

Alternative Names: Isaak Osimov Paul French Asimov Isaak Ozimov Itzhak Ozimov
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O sistema nervoso nos homens e nos animais é composto de material neuroproteico. Esse material consiste em enormes moléculas em um estado de equilíbrio elétrico muito precário. O mais ínfimo dos estímulos agitará uma delas, que vai se reestabelecer por mexer outra, a qual vai repetir o processo até que se chegue ao cérebro. O próprio cérebro é um imenso agrupamento de moléculas semelhantes, conectadas umas às outras de todas as maneiras possíveis. Já que no cérebro existe algo por volta de um elevado a décima ou a vigésima potência (ou seja, o número um seguido de vinte zeros) dessas neuroproteínas, o número possível de combinações é de uma ordem entre a décima e a vigésima potência fatorial. Trata-se de um número tão grande que, se todos os elétrons e prótons do universo fossem transformados em universos, e todos os elétrons e prótons de todos esses novos universos fossem de novo transformados em universos, então todos os elétrons e prótons de todos os universos criados assim ainda não seriam nada em comparação...

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