Quantum Mechanics 6a - Hydrogen I @viascience
Quantum Mechanics 6a - Hydrogen I  @viascience
Uploaded March 2013 | Updated September 2026, 1 week ago
The application of Schrödinger's equation to the hydrogen atom leads to far more than an explanation of the atom's spectrum.

Note that the orbital visualizations are of "real orbitals."
See en.wikipedia.org/wiki/Atomic_orbital#Real_orbitals
and en.wikipedia.org/wiki/Atomic_orbital#Orbitals_table

A note on pronunciation: the Greek letter φ is pronounced by many in English as fye, but the Greek pronunciation is, I believe, fee. And, in any case, I use the fee pronounciation.

Check out forvo.com/search/%CF%86
Quantum Mechanics 6a - Hydrogen IQuantum Field Theory 5c - Classical Electrodynamics IIIQuantum Field Theory 4b - Second Quantization IIQuantum Mechanics 11d - Chemistry IVQuantum Field Theory 3d - Photons IVThermodynamics 5c - Statistical Mechanics IIIThermodynamics 6a - Heat Capacity and the Third Law IQuantum Mechanics 9c - Photon Spin and Schrödingers Cat IIIRelativity 5a - twin paradoxThermodynamics 2b - Ideal Gases IIQuantum Mechanics 4c - Atoms IIIThermodynamics 6b - Heat Capacity and the Third Law II
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Quantum Mechanics 6a - Hydrogen I

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