Agora思想的公共广场

扬·卢卡西维茨

1878–1956

初步了解有意简化——人物介绍讲得更多

如果关于未来的陈述现在就已经为真或为假,那么一切都已被决定;带有第三个值“可能”的逻辑让未来保持开放,并表明经典逻辑只是多种系统之一。

定位

分析哲学 · 东欧 · 逻辑学

波兰逻辑学家,1920年发展出三值逻辑,以容纳关于未来偶然事件的陈述,不久又将其推广为多值逻辑;他创立了无括号的“波兰表示法”,并用现代形式逻辑重构了亚里士多德的三段论。

核心思想

  • 多值逻辑
  • 波兰表示法
  • 作为公理系统的亚里士多德三段论
  • 逻辑史

老师: 卡齐米日·特瓦尔多夫斯基

学生: 阿尔弗雷德·塔斯基

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影响

受影响于 2

  • 亚里士多德

    受其影响

    Łukasiewicz questioned Aristotle’s principle of contradiction (1910), drew three-valued logic from his problem of future contingents (1920) and axiomatised the syllogistic (Aristotle’s Syllogistic, 1951). J. Łukasiewicz, O zasadzie sprzeczności u Arystotelesa (1910); “O logice trójwartościowej”, Ruch Filozoficzny 5 (1920); Aristotle’s Syllogistic from the Standpoint of Modern Formal Logic (1951); SEP “Jan Łukasiewicz”

    依据: AI 草稿

    亚里士多德 › 公元前384—前322年

  • 卡齐米日·特瓦尔多夫斯基 师从

    师从 ✓

    Łukasiewicz studied philosophy in Lwów under Twardowski and took his doctorate with him in 1902 with a dissertation on induction as the inverse of deduction; he habilitated there in 1906. SEP “Jan Łukasiewicz”

    依据: 亦见于 Wikidata · Wikidata

    卡齐米日·特瓦尔多夫斯基 › 1866–1938

影响了 1

  • 阿尔弗雷德·塔斯基 教过

    教过 ✓

    Tarski took Łukasiewicz’s courses in logic in Warsaw (1918–24); the two later published ‘Untersuchungen über den Aussagenkalkül’ (1930) together. Teacher and later collaborator, not supervisor. SEP “Alfred Tarski”; J. Łukasiewicz & A. Tarski, “Untersuchungen über den Aussagenkalkül” (1930)

    依据: 亦见于 Wikidata · Wikidata

    阿尔弗雷德·塔斯基 › 1901–1983

作品

立场

Łukasiewicz began as a critic of received logic: in his 1910 book he argued that Aristotle’s principle of contradiction is neither self-evident nor strictly provable and has above all a practical and ethical justification. In 1920 he introduced a third truth value for statements about the open future, such as the statement that he would be in Warsaw at a certain hour a year later; if such statements were already true or false, he argued, determinism would follow. He soon generalised the system to logics with any finite and with infinitely many values. His bracket-free notation, in which connectives precede their arguments, became known as Polish notation and, reversed, entered computing. In 1951 he reconstructed Aristotle’s syllogistic as an axiomatic theory. Emil Post developed many-valued systems independently at about the same time; Arthur Prior used Łukasiewicz’s notation and built on his work in tense logic, and infinite-valued logic became a model for fuzzy logic. Critics object that the third value does not capture possibility correctly, since a contradiction about the future then also receives the middle value, and John Corcoran and Timothy Smiley (1972–74) argued that Aristotle’s syllogistic is better read as a system of natural deduction than as an axiomatic theory.

生平与背景

Jan Łukasiewicz was born on 21 December 1878 in Lwów (now Lviv), then in Austrian Galicia, the son of an army officer. He studied law and then philosophy and mathematics at Lwów University and took his doctorate under Kazimierz Twardowski in 1902; he habilitated in 1906 and lectured in Lwów, where his book “On the Principle of Contradiction in Aristotle” appeared in 1910. In 1915 he went to the reopened University of Warsaw, where he became professor. In 1919 he was minister of religious affairs and public education in the government of Ignacy Paderewski, and he was twice rector of the university (1922–23 and 1931–32). With Stanisław Leśniewski he built up the Warsaw school of logic, whose students included Alfred Tarski. In September 1939 his house and library were destroyed in the bombardment of Warsaw; during the German occupation he taught at the underground university. In 1944 he and his wife left Warsaw for Germany, where the logician Heinrich Scholz helped them in Münster; in 1946 he went via Belgium to Ireland. He held a chair at the Royal Irish Academy in Dublin and died there on 13 February 1956.

其他主要作品

  • On the Principle of Contradiction in Aristotle (O zasadzie sprzeczności u Arystotelesa, 1910)
  • On Three-Valued Logic (O logice trójwartościowej, 1920)
  • Elements of Mathematical Logic (Elementy logiki matematycznej, 1929)
  • Investigations into the Sentential Calculus (with Alfred Tarski, Untersuchungen über den Aussagenkalkül, 1930)
  • On the History of the Logic of Propositions (Zur Geschichte der Aussagenlogik, 1934)
  • Aristotle’s Syllogistic from the Standpoint of Modern Formal Logic (1951)

来源: Wikipedia · Wikidata

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