Quantum Mechanics: Based on the Principle of Minimum Mean Deviation from Statistical Equilibrium and Indepen Book

Pt. I	The General Model	3
	The Mathematical Model	11
	Application 1: A Free Particle in a One-Dimensional Box	29
	Application 2: A Free Particle in a Three-Dimensional Box	33
	Application 3: Two Noninteracting Free Particles in a One-Dimensional Box	39
	Application 4: The Harmonic Oscillator	45
	Application 5: The Hydrogen Atom	51
	Application 6: The Ground State of the Helium Atom	63
	Application 7: The Ground State of the Lithium Atom	90
	Conclusion	103
App. 1	Entropy as a Measure of Uncertainty	105
App. 2	Maximum Entropy Principle	119
App. 3	The Uniqueness of Entropy	136
App. 4	The Variational Theorem and the Least Weighted Deviation	142
App. 5	A Series Representation of 1/r[subscript 12]	154
App. 6	Computer Program 1	158
App. 7	Computer Program 2	160
App. 8	Computer Program 3	162
App. 9	Computer Program 4	164
Pt. II	The Linear Approximation	167
	The Mathematical Formalism	175
	Probability Wave Functions	184
	Probabilistic Models for the Atom Structure	191
	Examples	218
	Computer Programs	282
	Conclusion	294
	References	299