Timeline of Gottfried Wilhelm Leibniz, German polymath who independently invented calculus and developed the binary number system, covering his life from 1646 to 1716.
Gottfried Wilhelm Leibniz was born on July 1, 1646 (Gregorian calendar) in Leipzig, Holy Roman Empire, to a Lutheran father and a mother from a prominent family. #history #philosophy
Leibniz entered the Nicolai School in Leipzig at age seven, where he studied Latin, Greek, and logic. #education #history
Leibniz enrolled at the University of Leipzig at age 14, studying philosophy, mathematics, and law. #education #history
Leibniz earned his bachelor's degree in philosophy from the University of Leipzig after defending his thesis 'De principio individui'. #philosophy #education
Leibniz obtained his master's degree in philosophy, furthering his studies in logic and metaphysics. #philosophy #education
Leibniz received his doctorate in law from the University of Altdorf and published 'De Arte Combinatoria', a work on combinatorial logic. #philosophy #mathematics #history
Leibniz declined a professorship and became a diplomat and adviser to Johann Philipp von Schönborn, the Elector of Mainz. #history
Leibniz wrote his first legal-philosophical works, including 'De Usu Doctrinae ab Arte Combinatoria in Rebus Civilibus'. #philosophy #law #history
Leibniz published 'Hypothesis Physica Nova', proposing a new physical theory based on motion and his early view of dynamics. #physics #philosophy #history
Leibniz traveled to Paris on a diplomatic mission for the Elector of Mainz, where he met mathematicians like Christiaan Huygens and began advanced study of mathematics. #mathematics #history
Leibniz visited London and demonstrated his stepped reckoner calculating machine to the Royal Society, which elected him a member. #mathematics #invention #history
Leibniz was elected a Fellow of the Royal Society in recognition of his calculating machine and mathematical interests. #science #history
Leibniz began designing and building the stepped reckoner, a mechanical calculator capable of all four arithmetic operations. #mathematics #invention
Leibniz developed the differential and integral calculus notation (dx, dy, ∫) that is still used today, based on his work on infinite series. #mathematics #calculus
Leibniz began corresponding with Isaac Newton via letters, sharing mathematical ideas that later became part of the calculus priority dispute. #mathematics #history
Leibniz took up a position as librarian and historian for the House of Brunswick in Hanover, a role he held until his death. #history
Leibniz began developing the binary number system, building on earlier ideas, as part of his search for a universal language. #mathematics #computing #history
Leibniz co-founded the scientific journal 'Acta Eruditorum' in Leipzig, which became a major platform for the dissemination of his and others' work. #science #history
Leibniz published 'Nova Methodus pro Maximis et Minimis' in Acta Eruditorum, the first paper on differential calculus, introducing his notation. #mathematics #calculus
Leibniz started his monumental task of writing a history of the House of Brunswick, which involved extensive archival research. #history
Leibniz wrote 'Discourse on Metaphysics', outlining his philosophical system including the principle of sufficient reason and the concept of monads. #philosophy
Leibniz continued developing integral calculus, publishing important results and corresponding with the Bernoulli brothers. #mathematics #calculus
Leibniz published 'Protogaea', a work on geology and paleontology, discussing the formation of the Earth and fossilized remains. #science #geology
Leibniz published 'Specimen Dynamicum', presenting his new theory of dynamics and the concept of vis viva (living force). #physics #philosophy
Leibniz engaged in extensive correspondence with Johann Bernoulli on calculus, sharing and refining methods. #mathematics #history
Leibniz was appointed the first president of the newly founded Berlin Academy of Sciences, playing a key role in its establishment. #science #history
Leibniz prepared writings on the philosophy of mind, including his critique of materialism and his concept of petites perceptions. #philosophy
Leibniz published his paper 'Explication de l'Arithmétique Binaire' in the Memoirs of the French Academy, explaining the binary number system. #mathematics #computing
The publication of Newton's 'Opticks' with an appendix on calculus led to renewed accusations against Leibniz of plagiarism. #mathematics #history
Leibniz completed 'New Essays on Human Understanding', a detailed critique of John Locke's 'Essay Concerning Human Understanding'. #philosophy
Leibniz published 'Theodicy', his major work on the problem of evil, arguing that this is the best of all possible worlds. #philosophy #religion
The calculus priority dispute escalated, leading to a review by the Royal Society which eventually sided with Newton. #mathematics #history
Newton's disciples publicly accused Leibniz of plagiarism, a charge that damaged his reputation despite later vindication. #mathematics #history
Leibniz wrote the 'Monadology', a concise exposition of his metaphysical system based on monads, pre-established harmony, and the principle of sufficient reason. #philosophy
Leibniz published 'Principles of Nature and Grace, Based on Reason', summarizing his philosophical system for a general audience. #philosophy
Gottfried Wilhelm Leibniz died on November 14, 1716 in Hanover, largely neglected at the time but later recognized as one of the greatest polymaths. #history #philosophy