A versatile physicist who also shared the 1952 Nobel Prize for the development of nuclear magnetic resonance, his work on the quantum mechanics of crystals showed that an electron wave function in a crystal can be written as the product of a plane wav  e and a function with the periodicity of the Bravais lattice.
A versatile physicist who also shared the 1952 Nobel Prize for the development of nuclear magnetic resonance, his work on the quantum mechanics of crystals showed that an electron wave function in a crystal can be written as the product of a plane wav  e and a function with the periodicity of the Bravais lattice.
A versatile physicist who also shared the 1952 Nobel Prize for the development of nuclear magnetic resonance, his work on the quantum mechanics of crystals showed that an electron wave function in a crystal can be written as the product of a plane wav  e and a function with the periodicity of the Bravais lattice.
Felix Bloch