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Explanatory plate from Gottfried Wilhelm von Leibnitzs Nova Methodus pro Maximis et Minimis (published in Acta Eruditorum Anno, 1684, Leipzig, 1684) in which he announced his discovery of the differential calculus
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Explanatory plate from Gottfried Wilhelm von Leibnitzs Nova Methodus pro Maximis et Minimis (published in Acta Eruditorum Anno, 1684, Leipzig, 1684) in which he announced his discovery of the differential calculus
LEIBNITZ MS. DIAGRAM.
Explanatory plate from Gottfried Wilhelm von Leibnitzs Nova Methodus pro Maximis et Minimis (published in Acta Eruditorum Anno, 1684, Leipzig, 1684) in which he announced his discovery of the differential calculus
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Media ID 10410732
1684 Age Of Enlightenment Angle Diagram Gottfried Leibniz Manuscript Mathematic Mathematician Philosopher Triangle William Calculus
EDITORS COMMENTS
This engraving showcases an explanatory plate from Gottfried Wilhelm von Leibnitz's groundbreaking work, "Nova Methodus pro Maximis et Minimis" published in 1684. In this momentous discovery, the German mathematician and philosopher announced his invention of the differential calculus, forever changing the landscape of mathematics. The intricately detailed diagram featured in this print reveals Leibnitz's innovative approach to solving problems related to maximums and minimums. A triangle takes center stage, symbolizing the fundamental principles upon which his revolutionary method is built. This manuscript illustration serves as a testament to Leibnitz's brilliance during the Age of Enlightenment. As we delve into this historical artifact, we are transported back to a time when mathematical concepts were being explored with fervor and curiosity. The precision and elegance of Leibnitz's calculations are evident in every line and curve meticulously engraved on this print. Leibnitz's contributions not only transformed mathematics but also laid the foundation for modern science and engineering. His differential calculus became an indispensable tool for understanding rates of change, optimization problems, and countless other applications across various fields. This photograph print captures not just a piece of history but also pays homage to one man’s extraordinary intellect that forever shaped our understanding of numbers and their infinite possibilities.
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