One analog of this concept is named after Tolman, Oppenheimer, and Volkov. Its namesake solved three cases of the Lane-Emden 
One analog of this concept is named after Tolman, Oppenheimer, and Volkov. Its namesake solved three cases of the Lane-Emden equation. The denominator of the formula used to calculate it includes the square of the number of nucleons per electron, and Schonberg's name is sometimes appended to it. Equal to approximately 1.4 solar masses, for 10 points, name this theoretical maximum mass a white dwarf can obtain before collapsing in on itself and forming a black hole, a limit named after an Indian physicist.
One analog of this concept is named after Tolman, Oppenheimer, and Volkov.
Chandrasekhar Limit