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    Peter Debye

    Peter Debye

    Awards & Honours

    10

    Awards Won

    8

    Honours

    2

    Rankings

    1

    Covers

    3

    Records

    Peter Debye's record of honors reflects his standing as one of the most influential physical chemists of the 20th century. He won the Nobel Prize in Chemistry in 1936, one of only a handful of scientists to receive that honor for work bridging physics and chemistry. His ten major awards span three countries and include the United States' highest scientific honor, the National Medal of Science. The Max Planck Medal and Lorentz Medal recognize his contributions to theoretical physics, while the Priestley Medal and Willard Gibbs Award celebrate his impact on chemistry. The Debye name appears on a lunar crater, a unit of measurement, and multiple scientific institutes, a rare level of institutional recognition for a single scientist.

    Peter Debye receiving an award

    Awards

    Honours & Distinctions

    Member of the Royal Society

    Royal Society of London·1933

    Elected as a foreign member

    Member of the Royal Netherlands Academy of Arts and Sciences

    Royal Netherlands Academy·1928

    Elected as a member

    Member of the American Academy of Arts and Sciences

    American Academy of Arts and Sciences·1939

    Elected as a fellow

    Member of the National Academy of Sciences

    National Academy of Sciences·1947

    Elected as a foreign associate

    Member of the Pontifical Academy of Sciences

    Pontifical Academy of Sciences·1936

    Appointed by the Vatican

    Debye crater

    International Astronomical Union·1970

    Lunar crater named in his honor

    Debye Institute

    Utrecht University·1990

    Research institute named after him

    Peter Debye Prize

    University of Maastricht·1992

    Award named after him for scientific achievement

    Rankings & Lists

    #Listed

    100 Most Influential Scientists of All Time

    Encyclopaedia Britannica·2000
    #Listed

    100 Most Important Chemists

    Various academic surveys·2000

    Magazine Covers

    Time

    1937-02-01

    Peter Debye: Molecular Explorer

    Records & Feats

    First to derive Planck's law using a new method

    Historic First·1910

    In 1910, Debye derived Planck's law of blackbody radiation using a method that impressed Einstein.

    Developed the Debye-Scherrer method accidentally

    Career Milestone·1912

    The X-ray powder diffraction method was discovered when Scherrer forgot to rotate the crystal sample.

    Introduced the concept of permanent electric dipole moment

    Historic First·1923

    Debye proposed that molecules have permanent dipole moments, a foundational concept in chemistry.