Ernst Mach


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Mach, Ernst

(ĕrnst mäkh), 1838–1916, Austrian physicist and philosopher, b. Moravia. He taught (1864–67) mathematics at Graz and later, until his retirement in 1901, was professor of physics at Prague and Vienna. Mach, one of the leaders of modern positivism, did his major work in the philosophy of science. Following strictly empirical principles, he strove to rid science of all metaphysical and religious assumptions. He felt science should confine itself to the description of phenomena that could be perceived by the senses. This view challenged science's traditional claim of yielding absolute knowledge and was greatly influential in the development of logical positivismlogical positivism,
also known as logical or scientific empiricism, modern school of philosophy that attempted to introduce the methodology and precision of mathematics and the natural sciences into the field of philosophy. The movement, which began in the early 20th cent.
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. Mach also did research in the field of ballistics; the Mach number is named for him. His works include Die Mechanik in ihrer Entwicklung (1883; tr. The Science of Mechanics, 1893); Die Analyse der Empfindungen (1886); Erkenntnis und Irrtum [perception and error] (1905).

Mach, Ernst

 

Born Feb. 18, 1838, in Turas, now Tufany, Czechoslovakia; died Feb. 19, 1916, in Haar, near Munich. Austrian physicist and idealist philosopher.

Mach was educated at the University of Vienna. Subsequently he was a privatdocent at the University of Vienna (from 1861), a professor of physics in Graz (from 1864), a professor of physics and rector of the German university in Prague (from 1867), and a professor of philosophy at the University of Vienna (1895-1901).

Mach conducted a number of important investigations in physics. His first works were devoted to the study of processes of hearing and vision—explanation of the action mechanism of the vestibular apparatus and discovery of an optic phenomenon referred to as the Mach rings, or bands. In 1881 he began to study the aerodynamic processes accompanying the supersonic flight of projectiles (for example, artillery shells). He discovered and researched a specific wave process, which subsequently was called a shock wave. In this field, a number of values and concepts have been named after him: Mach number, Mach cone, and Mach angle, for example. He proposed the principle according to which the inertia of any body arises from the gravitational interaction of the body and all the matter of the universe. He was an opponent of the atomic theory.

Mach’s philosophical works became well known at the turn of the 20th century owing to Mach’s attempt to resolve the crisis in physics by means of a new interpretation of the primary concepts of classical (Newtonian) physics. To the concepts of absolute space, time, movement, force, and so forth, Mach opposed a relativistic understanding of these categories, which he believed to be subjective in origin. In the spirit of subjective idealism he asserted that the world is a “complex of sensations,” and accordingly, the task of science is to describe these sensations. Mach exerted considerable influence on the formation and development of the philosophy of neopositivism. His subjectiveidealist ideas were sharply criticized by V. I. Lenin (Materialism and Empiriocriticism 1908; published in 1909) and G. V. Plekhanov (in the collection Against Philosophical Revisionism, Moscow, 1935).

WORKS

Grundlinien der Lehre von den Bewegungsempfindungen. Leipzig, 1875.
Die Prinzipien der Wärmelehre. Leipzig, 1896.
Kultur und Mechanik. Stuttgart, 1915.
In Russian translation:
Vvedenie k ucheniiu o zvukovykh oshchushcheniiakh Gel’mgol’tsa. St. Petersburg, 1879.
Analiz oshchushchenii i otnoshenie fizicheskogo k psikhicheskomu, 2nd ed. Moscow, 1908.
Poznanie i zabluzhdenie. Moscow, 1909.
Mekhanika: Istoriko-kriticheskiiocherk ee razvitiia. St. Petersburg, 1909.
Populiarno-nauchnye ocherki, 2nd ed. St. Petersburg, 1920.
Printsip sokhraneniia raboty: Istoriia i koren’ ee. St. Petersburg, 1909.

REFERENCES

Henning, H. E. Mach ah Philosoph, Physiker und Psychologe. Leipzig, 1915.
Thiele, J. “E. Mach—Bibliographic.” Centaurus, 1963, vol. 8.
Heller, K. D. E. Mach. Washington-New York, 1964.
Thirring, H. “Ernst Mach als Physiker.” Almanach der Österreichischen
Akademie der Wissenschaften, 1966, vol. 116.
Einstein, A. Ernst Makh: Sobr. nauchnykh trudov, vol. 4. Moscow, 1967. Page 27.

V. A. LEKTORSKII and I. D. ROZHANSKII

References in periodicals archive ?
Briefly describe one way each of the following individuals influenced the development of the philosophy of science: Auguste Comte, Ernst Mach, Henri Poincare, Albert Einstein.
Examples of such alternative thinkers are the Frenchman Rene Descartes (1596-1650), the Dutchman Christiaan Huygens (1629-1695), the German Gottfried Leibniz (1646-1716), the Irishman George Berkeley (1685-1753), the East-Prussian Immanuel Kant (1724-1804) and the already mentioned Austrian, Ernst Mach (1838-1916).
She stands in worthy succession to Hermann von Helmholtz and Ernst Mach, whose nineteenth-century experiments in sensory perception laid the groundwork for an ethnography of listening.
First, for his portrayal of the character of scientific knowledge, Lenoir draws upon William James' pragmatism, as well as the phenomenology of Ernst Mach and others.
After her discourse on Beller, Barnouw moves to a description of the artistic and intellectual contributions of Adolph Loos, Karl Kraus, Ludwig Wittgenstein, Sigmund Freud, Ernst Mach, and Robert Musil.
Trained in the philosophy of Spinoza, Kant, and Ernst Mach, Loeb rebelled against the rigidity of his education.
A veteran writer specializing in Ernst Mach and Ludwig Boltzman, Blackmore presents six dialogues patterned after those of Socrates in which a leader, an ally, a man of the cloth, a partly educated young women eager to learn, and a vigorous opponent debate a number of questions.