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30 de nov. de 2001 · Werner Karl Heisenberg was born on 5 December 1901 in Würzburg, northern Bavaria, and moved to Munich at the age of nine when his father became a professor of Greek studies at the university. In his biography, Cassidy details the social context in which Heisenberg’s early life was rooted.
Werner Karl Heisenberg (* 5. december 1901, Würzburg, Bavorské kráľovstvo – † 1. február 1976, Mníchov, Západné Nemecko) bol nemecký teoretický fyzik, spoluzakladateľ kvantovej mechaniky.Prispel k rozvoju kvantovej elektrodynamiky, kvantovej teórie poľa, teórie jadra, fyziky kozmického žiarenia a teórie elementárnych častíc.
Werner Heisenberg. Werner Karl Heisenberg ( Würzburg, 5 de dezembro de 1901 — Munique, 1 de fevereiro de 1976) foi um físico teórico alemão que recebeu o Nobel de Física de 1932, "pela criação da mecânica quântica, cujas aplicações levaram à descoberta, entre outras, das formas alotrópicas do hidrogênio ".
Biography Werner Heisenberg's father was August Heisenberg and his mother was Anna Wecklein.At the time that Werner was born his father was about to progress from being a school teacher of classical languages to being appointed as a Privatdozent at the University of Würzburg. Anna's father, Nikolaus Wecklein, was the headmaster of the Maximilians Gymnasium in Munich and it was while August ...
Werner Karl Heisenberg, 1901 m. gruodžio 5 d. Viurcburgas, Vokietija – 1976 m. vasario 1 d. Miunchenas, Vokietija ) – vokiečių fizikas, Nobelio fizikos premijos laureatas 1932 m., kvantinės mechanikos pradininkas. Jo vardu yra pavadinta stipendijų programa mokslininkams ( Heisenberg stipendija, vad. Heizenbergo profesūra).
16 de jul. de 2021 · El primer esbozo de la mecánica cuántica se forjó en la isla alemana de Helgoland, donde pasó el verano de 1925 un joven Heisenberg que quería protegerse de una alergia
Formulated by the German physicist and Nobel laureate Werner Heisenberg in 1927, the uncertainty principle states that we cannot know both the position and speed of a particle, such as a photon or electron, with perfect accuracy; the more we nail down the particle's position, the less we know about its speed and vice versa.
