It calls for an even number of protons and neutrons according to the liquid drop model, and it is also expressed in the Wiezsaecker formula, and it described the necessity for a colour quantum number for the quarks.
It calls for an even number of protons and neutrons according to the liquid drop model, and it is also expressed in the Wiezsaecker formula, and it described the necessity for a colour quantum number for the quarks. Another important conclusion of it is the formation of the "Fermi-level" when a metal is cooled to absolute zero. This statement also describes why the degeneracy pressure helps white dwarves survive, and it was first posited to explain some anomalous spectroscopic results observed in the Zeeman effect. For 10 points, identify this statement which states that no two Fermions can possess the same set of quantum numbers.
It calls for an even number of protons and neutrons according to the liquid drop model, and it is also expressed in the Wiezsaecker formula, and it described the necessity for a colour quantum number for the quarks.
{Pauli} Exclusion principle