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  1. Gilbert Newton Lewis ForMemRS (October 23 or October 25, 1875 – March 23, 1946) was an American physical chemist and a dean of the college of chemistry at University of California, Berkeley. [3] [7] Lewis was best known for his discovery of the covalent bond and his concept of electron pairs ; his Lewis dot structures and other contributions ...

  2. Gilbert N. Lewis was an American physical chemist best known for his contributions to chemical thermodynamics, the electron-pair model of the covalent bond, the electronic theory of acids and bases, the separation and study of deuterium and its compounds, and his work on phosphorescence and the

  3. In 1916 Gilbert Newton Lewis (1875–1946) published his seminal paper suggesting that a chemical bond is a pair of electrons shared by two atoms. Once physicists studying the structure of the atom began to realize that the electrons surrounding the nucleus had a special arrangement, chemists began to investigate how these theories corresponded ...

  4. Gilbert N. Lewis - Chemical Bonding, Theory, Chemistry: A second important thread in Lewis’s research centred on his speculations on the role of the newly discovered electron in chemical bonding.

  5. Nov 15, 2006 · Abstract. We describe the development of Lewis's ideas concerning the chemical bond and in particular the concept of the electron pair bond and the octet rule. We show that the concept of the electron pair bond has endured to the present day and is now understood to be a consequence of the Pauli principle.

  6. lemelson.mit.edu › resources › gilbert-lewisGilbert Lewis | Lemelson

    Learn about Gilbert Lewis, a Harvard-educated scientist who invented the Lewis symbols, discovered heavy water, and mentored many Nobel laureates. He was a leader in thermodynamics, valence theory, covalent bond, and photochemistry.

  7. Lewis theory, generalization concerning acids and bases introduced in 1923 by the U.S. chemist Gilbert N. Lewis, in which an acid is regarded as any compound which, in a chemical reaction, is able to attach itself to an unshared pair of electrons in another molecule.