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汉斯·赖欣巴哈

1891–1953

初步了解有意简化——人物介绍讲得更多

相对论表明,就连物理学的基本原理也可以修正;科学所能证成的是一种概率,而一个理论是如何被发现的,与它是否成立,是两个不同的问题。

定位

分析哲学 · 西欧 · 科学, 逻辑学, 认识论

逻辑经验主义柏林小组的领导者,1938年起居于洛杉矶:建立在相对论之上的空间、时间与概率的哲学,对归纳的实用主义证明,以及发现的语境与证成的语境的区分。

核心思想

  • 可修正的先验(配位原则)
  • 概率的频率论
  • 对归纳的实用主义证明
  • 发现的语境与证成的语境

老师: 大卫·希尔伯特, 恩斯特·卡西尔

学生: 卡尔·古斯塔夫·亨普尔, 希拉里·普特南

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影响

受影响于 3

  • 大卫·希尔伯特 师从

    师从

    Reichenbach studied mathematics with Hilbert in Göttingen as part of studies that also took him to Cassirer, Planck and Sommerfeld; his doctorate (Erlangen, 1915) was taken elsewhere. Course attendance, not supervision. SEP “Hans Reichenbach”

    依据: AI 草稿

    大卫·希尔伯特 › 1862–1943

  • 恩斯特·卡西尔 师从

    师从

    Reichenbach studied physics, philosophy and mathematics in Berlin, Munich and Göttingen with, among others, Cassirer, Planck, Sommerfeld and Hilbert; his doctorate (Erlangen, 1915) was accepted by Paul Hensel, not Cassirer. Course attendance, not supervision. SEP “Hans Reichenbach”

    依据: AI 草稿

    恩斯特·卡西尔 › 1874–1945

  • 阿尔伯特·爱因斯坦

    受其影响

    Reichenbach, who heard Einstein’s Berlin lectures on relativity, recast Kant’s a priori as revisable coordinating principles (1920) and analysed distant simultaneity as a matter of definition (1928). H. Reichenbach, Relativitätstheorie und Erkenntnis apriori (1920); Philosophie der Raum-Zeit-Lehre (1928); SEP “Hans Reichenbach”

    依据: AI 草稿

    阿尔伯特·爱因斯坦 › 1879–1955

影响了 2

  • 卡尔·古斯塔夫·亨普尔 教过

    教过

    Hempel studied with Reichenbach in Berlin from 1929, went to Vienna that autumn at his suggestion and belonged to his Berlin Group; after Reichenbach’s emigration his doctorate on probability (1934) was examined by Wolfgang Köhler and Nicolai Hartmann. SEP “Carl Hempel”

    依据: 亦见于 InPhO · InPhO

    卡尔·古斯塔夫·亨普尔 › 1905–1997

  • 希拉里·普特南 教过

    教过

    Putnam took his PhD at UCLA in 1951 under Reichenbach with a dissertation on the meaning of the concept of probability in application to finite sequences. H. Putnam, The Meaning of the Concept of Probability in Application to Finite Sequences (diss. UCLA 1951; printed 1990)

    依据: 亦见于 InPhO · InPhO

    希拉里·普特南 › 1926–2016

批评

受批评于 1

  • 卡尔·波普尔

    受其批评

    Popper rejected Reichenbach’s probability logic of induction: no principle of induction can be justified without infinite regress, and hypotheses cannot be assigned probabilities (Logik der Forschung, 1934). K. Popper, Logik der Forschung (1934), §§ 1, 80–81; H. Reichenbach, Wahrscheinlichkeitslehre (1935)

    依据: AI 草稿

    卡尔·波普尔 › 1902–1994

批评了 1

  • 伊曼努尔·康德

    批评了

    Reichenbach argued that relativity theory is incompatible with Kant’s synthetic a priori of Euclidean space, keeping only a revisable, constitutive a priori (Relativitätstheorie und Erkenntnis apriori, 1920). H. Reichenbach, Relativitätstheorie und Erkenntnis apriori (1920); SEP “Hans Reichenbach”

    依据: AI 草稿

    伊曼努尔·康德 › 1724–1804

作品

  • 相对论反对康德:物理学需要把数学与经验相协调的原理,但它们并非永远固定。

  • 以概率来说明意义与知识、对归纳的实用主义辩护,以及发现与辩护的区分。

立场

Reichenbach began as a Kantian and used relativity against Kant. In 1920 he separated two meanings of the a priori: necessary and unrevisable, and constitutive of the object of knowledge. Physics needs principles that coordinate its mathematics with reality, but relativity had shown that such principles can change; so they are constitutive but revisable, and after Moritz Schlick’s criticism he soon called them conventions. In The Philosophy of Space and Time (1928) he argued that the geometry of physical space becomes an empirical question only once a coordinating definition, for instance of a rigid rod, has been fixed. He interpreted probability as the limit of relative frequency in a sequence of events and gave induction a pragmatic justification: if any method can find such limits, the simple inductive rule will, though it offers a “posit”, not a guarantee. Experience and Prediction (1938) made a distinction that became standard: philosophy of science reconstructs the context of justification and leaves the context of discovery to psychology. His analysis of tense by speech time, event time and reference time (1947) is still used in linguistics; The Direction of Time (1956) introduced the principle of the common cause. Karl Popper rejected any probabilistic logic of induction, and Reichenbach answered that falsification itself needs probabilities. Thomas Kuhn, Paul Feyerabend and the sociology of science later questioned whether discovery and justification can be separated so cleanly.

生平与背景

Hans Reichenbach was born in Hamburg on 26 September 1891. He studied civil engineering in Stuttgart, then physics, mathematics and philosophy in Berlin, Munich and Göttingen; among his teachers were Ernst Cassirer, Max Planck, Arnold Sommerfeld and David Hilbert. He took his doctorate at Erlangen in 1915 with a thesis on probability. In Berlin he attended Albert Einstein’s lectures on relativity and became his friend. In 1920 he qualified as a lecturer at the Technische Hochschule Stuttgart with The Theory of Relativity and A Priori Knowledge. In 1926, with Einstein’s support, he was appointed to teach natural philosophy at the University of Berlin, where the Society for Empirical Philosophy became the centre of the “Berlin Group” with Kurt Grelling, Walter Dubislav and others; from 1930 he edited the journal Erkenntnis with Rudolf Carnap. Dismissed in 1933 under the Nazi laws, he taught at the new University of Istanbul until 1938, then at the University of California, Los Angeles. Carl Gustav Hempel studied with him in Berlin, Hilary Putnam and Wesley Salmon took their doctorates with him in Los Angeles. He died there on 9 April 1953.

其他主要作品

  • The Theory of Relativity and A Priori Knowledge (Relativitätstheorie und Erkenntnis apriori, 1920)
  • The Philosophy of Space and Time (Philosophie der Raum-Zeit-Lehre, 1928)
  • The Theory of Probability (Wahrscheinlichkeitslehre, 1935)
  • Experience and Prediction (1938)
  • Philosophic Foundations of Quantum Mechanics (1944)
  • Elements of Symbolic Logic (1947)
  • The Rise of Scientific Philosophy (1951)
  • The Direction of Time (posthumous, 1956)

来源: Wikipedia · Wikidata

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