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Lecture 2's emphasis is on the hydrogen atom. The lecture specifically addressed the binding energies of the electron and nucleus, verification of hydrogen-atom energy levels and wavefunctions or orbitals (for the hydrogen atom), explained using the Schrödinger equation and diagrams.

MIT's Opencourseware course 5.111 is an introductory on biological, organic and inorganic molecules, emphasizing basic principles ranging from electronic structure to chemical kinetics. The source is a well refined, college-level course that thoroughly explains each of the topics it intends to address through recorded college lectures.

Lecture 1 emphasized on light as a particle, matter as a wave and the Schrödinger equation. Light as a particle was described through various examples of photon ejection. Matter as a wave emphasized on Louis de Broglie's formula while Schrödinger's equation emphasized on, well… Schrödinger's equation (and its partial solving)!