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    Werner Heisenberg

    Werner Heisenberg

    Awards & Honours

    2

    Awards Won

    4

    Honours

    2

    Rankings

    2

    Covers

    2

    Records

    Heisenberg's greatest accolade is the Nobel Prize in Physics, awarded in 1932 for his foundational role in creating quantum mechanics. He also received the Max Planck Medal, the highest honor of the German Physical Society. His uncertainty principle is widely regarded as one of the most profound insights in the history of science, and his work on matrix mechanics established the mathematical structure of quantum theory. He was elected to numerous academies, including the Royal Society and the American Academy of Arts and Sciences.

    Werner Heisenberg receiving an award

    Awards

    Honours & Distinctions

    Nobel Prize in Physics

    Nobel Foundation·1932

    Awarded for the creation of quantum mechanics.

    Max Planck Medal

    German Physical Society·1933

    Highest honor of the society for theoretical physics.

    Foreign Member of the Royal Society

    Royal Society·1955

    Elected as a foreign member for his contributions to physics.

    Pour le Mérite for Sciences and Arts

    Government of Germany·1957

    Order of merit for civil achievements.

    Rankings & Lists

    #9

    Greatest Physicists of All Time

    Physics World·1999
    #6

    Top 10 Most Important Scientists of the 20th Century

    Time·1999

    Magazine Covers

    Time

    July 13, 1959

    The Uncertainty Principle: Werner Heisenberg

    Der Spiegel

    February 9, 1976

    Werner Heisenberg: Der Vater der Quantenmechanik

    Records & Feats

    Youngest Nobel Laureate in Physics at the time

    Awards·1932

    Heisenberg was 31 years old when he won the Nobel Prize in Physics in 1932, making him one of the youngest recipients in the category's history.

    First to formulate matrix mechanics

    Historic First·1925

    In 1925, Heisenberg published the Umdeutung paper, which laid the foundation for matrix mechanics, the first complete formulation of quantum mechanics.