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Étienne-Louis Malus. (1775-1812) Étienne-Louis Malus was born in Paris, France and displayed significant ability in mathematics while attending the military engineering school at Mezires. He was dismissed from the establishment, however, without a commission in 1793 on political grounds. Subsequently, Malus entered the French army as a ...
13 de jun. de 2024 · "Etienne Louis Malus" published on by null. (1775–1812) French military engineer and physicistMalus, who was born in Paris, attended the military school in Mezières (1793) and the newly established Ecole Polytechnique (1794–96) where he received his basic scientific education.
Leonardo Martinozzi, MALUS, Étienne-Louis, in Enciclopedia Italiana, Istituto dell'Enciclopedia Italiana, 1934. (EN) Étienne-Louis Malus, su Enciclopedia Britannica, Encyclopædia Britannica, Inc. (EN) Étienne-Louis Malus, su MacTutor, University of St Andrews, Scotland. (EN) Opere di Étienne-Louis Malus, su Open Library, Internet Archive.
Etienne Louis Malus. Throughout his life, Malus had a considerable impact on optics. Amazingly, his accomplishments were made in spite of many hardships and interruptions during his life. He overcame political intrigue, war, and the plague. A review of his life shows that Malus was no accidental contributor to optics.
1 de ago. de 2009 · This paper presents the memoir of Etienne-Louis Malus on a phenomenon linked to light polarization in birefringent materials and in ordinary reflection. Discover the world's research 25+ million ...
El teorema de Malus, enunciado por Étienne-Louis Malus en 1809, tiene numerosas aplicaciones prácticas en la tecnología moderna. Este teorema establece que cuando la luz polarizada incide sobre un segundo polarizador, la intensidad de la luz transmitida se reduce en función del ángulo de orientación entre los dos polarizadores.
Étienne Louis Malus fue un físico, matemático e ingeniero militar francés y capitán en el ejército de Napoleón, que dirigió la construcción de diversas fortificaciones. Descubrió la polarización de la luz y desarrolló la teoría de la birrefringencia y la ley de Malus. Ingresó en la Academia de las Ciencias en 1810.
