He won 1954 Physics Nobel for his interpretation of the wavefunction square modulus as probability density, for ten points, identify this man who with Oppenheimer developed an approximation that allows for the calculation of electronic states based on the assumption that nuclei are relatively stationary, and has his name attached to a thermodynamic cycle for the determination of lattice enthalpies along with Haber.
He gives his name to an equation for solvation energy that depends on the dielectric constant, ionic radius, and ionic charge. With Mayer, he developed an equation for electrostatic potential. Vibronic coupling is neglected in an adiabatic approximation that he collaborated on, while another collaboration resulted in a method for calculating lattice enthalpies. He won 1954 Physics Nobel for his interpretation of the wavefunction square modulus as probability density, for ten points, identify this man who with Oppenheimer developed an approximation that allows for the calculation of electronic states based on the assumption that nuclei are relatively stationary, and has his name attached to a thermodynamic cycle for the determination of lattice enthalpies along with Haber.
He gives his name to an equation for solvation energy that depends on the dielectric constant, ionic radius, and ionic charge.
Max {Born}