Ernest Nagel

Ernest Nagel
Ernest Nagel (c. 1955)
Born	(1901-11-16)November 16, 1901 Vágújhely, Austria-Hungary
Died	September 20, 1985(1985-09-20) (aged 83) New York
Education	CCNY (BSc, 1923) Columbia University (PhD, 1931)
Era	20th-century philosophy
Region	Western philosophy
School	Analytic
Institutions	Columbia University
Main interests	Philosophy of science
show Influences Morris Raphael Cohen, John Dewey, Rudolf Carnap
show Influenced P. Suppes, I. Levi, H. Kyburg, D. Hofstadter, M. Bunge

Ernest Nagel (November 16, 1901 – September 20, 1985) was an American philosopher of science.^[1][2] Along with Rudolf Carnap, Hans Reichenbach, and Carl Hempel, he is sometimes seen as one of the major figures of the logical positivist movement. His 1961 book The Structure of Science is considered a foundational work in the logic of scientific explanation.

Life and career[]

Nagel was born in Nové Mesto nad Váhom (now in Slovakia, then Vágújhely and part of the Austro-Hungarian Empire). His mother, Frida Weiss, was from the nearby town of Vrbové (or Verbo). He emigrated to the United States at the age of 10 with his family, and became a U.S. citizen in 1919. He received a BSc from the City College of New York in 1923, and earned his PhD from Columbia University in 1931,^[3] with a dissertation on the concept of measurement. Except for one year (1966-1967) at Rockefeller University, he spent his entire academic career at Columbia. He became the first John Dewey Professor of Philosophy there in 1955.^[4] And then University Professor from 1967 until his retirement in 1970, after which he continued to teach. In 1977, he was one of the few philosophers elected to the National Academy of Sciences.

His work concerned the philosophy of mathematical fields such as geometry and probability, quantum mechanics, and the status of reductive and inductive theories of science. His book The Structure of Science (1961) practically inaugurated the field of analytic philosophy of science. He expounded the different kinds of explanation in different fields, and was sceptical about attempts to unify the nature of scientific laws or explanations. He was the first to propose that by positing analytic equivalencies (or "bridge laws") between the terms of different sciences, one could eliminate all ontological commitments except those required by the most basic science. He also upheld the view that social sciences are scientific, and should adopt the same standards as natural sciences.

Nagel wrote An Introduction to Logic and the Scientific Method with Morris Raphael Cohen, his CCNY teacher^[3] in 1934. In 1958, he published with James R. Newman Gödel's proof, a short book explicating Gödel's incompleteness theorems to those not well trained in mathematical logic. He edited the Journal of Philosophy (1939–1956) and the Journal of Symbolic Logic (1940-1946).

As a public intellectual, he supported a skeptical approach to claims of the paranormal, becoming one of the first sponsors and fellows of the Committee for Skeptical Inquiry in 1976, along with 24 other notable philosophers like W. V. Quine. The committee posthumously inducted him into their "Pantheon of Skeptics" in recognition of Nagel's contributions to the cause of scientific skepticism.^[5][6][7] Nagel was an atheist.^[8]

He died in New York. He had two sons, Alexander Nagel (professor of mathematics at the University of Wisconsin) and Sidney Nagel (professor of physics at the University of Chicago).

Nagel's doctoral students include Morton White, Patrick Suppes, Henry Kyburg, Isaac Levi, and Kenneth Schaffner.

A festschrift, Philosophy, Science and Method: Essays in Honor of Ernest Nagel, was published in 1969.^[9]

Books[]

• On The Logic of Measurement (1930)
• An Introduction to Logic and Scientific Method (with M. R. Cohen, 1934)
• The Formation of Modern Conceptions of Formal Logic in the Development of Geometry (1939)
• Principles of the Theory of Probability (1939)
• The Meaning of Reduction in the Natural Sciences (1949)
• Sovereign Reason (1954)
• Logic without Metaphysics (1957)
• Gödel’s Proof (with J. R. Newman, 1958)
• The Structure of Science: Problems in the Logic of Scientific Explanation (1961, second ed. 1979)
• Observation and Theory in Science (with others, 1971)
• Teleology Revisited and Other Essays in the Philosophy and History of Science (1979)

References[]