Meyerson, Émile

Born Feb. 12, 1859, in Lublin, Poland; died Dec. 4, 1933, in Paris. Idealist philosopher. Emigrated to France in 1882.

Meyerson’s works deal with the theory of knowledge. In his view, epistemology studies the forms of reason in fixed, objectivized knowledge; therefore, the theory of knowledge necessarily becomes a historical and critical analysis of science. According to Meyerson, the a priori principle of identity is the basis of reason; knowledge consists of identifying diverse phenomena. Categories and scientific theories result from the interaction of the a priori identifying capacity of reason with empirical data; therefore, categories and scientific theories are neither a priori nor a posteriori but only “probable.”

Regarding causality as the basis for explanation in science, Meyerson understood causality as the expression of the immutability of an object in time. Cause and effect are thought of as equal, the effect being the logical result of the cause. Meyerson made a distinction between the knowledge of scientific laws and the knowledge of causal relations. He criticized the subjectivist interpretations of the theory of relativity and quantum mechanics along Machist lines. However, Meyerson’s metaphysical counterposing of identity and diversity and of reason and reality ultimately led his philosophy to agnosticism.

WORKS

De l’Explication dans les sciences, vols. 1–2. Paris, 1921.
La Deduction relativiste. Paris, 1925.
Du Cheminement de la pensée, vols. 1–2. Paris, 1931.
Réel et déterminisme dans la physique quantique. Paris, 1933.
In Russian translation:
Tozhdestvennost’ i deistvitel’nost St. Petersburg, 1912.

REFERENCES

Kelly, T. R. Explanation and Reality in the Philosophy of E. Meyerson. London, 1937.
Marcucci, S. E. Meyerson. Turin, 1962.

V. A. LEKTORSKII

单词	meyerson, émile
释义	Meyerson, Émile Meyerson, Émile Born Feb. 12, 1859, in Lublin, Poland; died Dec. 4, 1933, in Paris. Idealist philosopher. Emigrated to France in 1882. Meyerson’s works deal with the theory of knowledge. In his view, epistemology studies the forms of reason in fixed, objectivized knowledge; therefore, the theory of knowledge necessarily becomes a historical and critical analysis of science. According to Meyerson, the a priori principle of identity is the basis of reason; knowledge consists of identifying diverse phenomena. Categories and scientific theories result from the interaction of the a priori identifying capacity of reason with empirical data; therefore, categories and scientific theories are neither a priori nor a posteriori but only “probable.” Regarding causality as the basis for explanation in science, Meyerson understood causality as the expression of the immutability of an object in time. Cause and effect are thought of as equal, the effect being the logical result of the cause. Meyerson made a distinction between the knowledge of scientific laws and the knowledge of causal relations. He criticized the subjectivist interpretations of the theory of relativity and quantum mechanics along Machist lines. However, Meyerson’s metaphysical counterposing of identity and diversity and of reason and reality ultimately led his philosophy to agnosticism. WORKS De l’Explication dans les sciences, vols. 1–2. Paris, 1921. *La Deduction relativiste.* Paris, 1925. Du Cheminement de la pensée, vols. 1–2. Paris, 1931. *Réel et déterminisme dans la physique quantique.* Paris, 1933. In Russian translation: Tozhdestvennost’ i deistvitel’nost St. Petersburg, 1912. REFERENCES Kelly, T. R. Explanation and Reality in the Philosophy of E. Meyerson. London, 1937. Marcucci, S. E. Meyerson. Turin, 1962. V. A. LEKTORSKII
随便看	hierarchical finite state machines hierarchical forward error correction hierarchical foveal machine vision hierarchical frame of enterprise activity modeling hierarchical full-map directory hierarchical generalized processor sharing hierarchical generalized voronoi graph hierarchical generative topographic mapping hierarchical hardware description language hierarchical hidden markov model hierarchical holographic modeling hierarchical identity based encryption hierarchical indexed direct access method hierarchical indexed sequential access method hierarchical ingredient code hierarchical integrated case-processing system hierarchical integrated test simulator hierarchical integration hierarchical intelligent simulation environment hierarchical interactive knowledge system hierarchical interactive theater model hierarchical interface to library of congress classification hierarchical internet object cache hierarchical key current configuration hierarchical lapped biorthogonal transform