"He believed that by demanding singularity free solutions of the nonlinear Einstein equations one would get an over-determined system of equations that would lead to quantization conditions."
Don't forget that Einstein really didn't like quantum mechanics on philosophical grounds ("God does not play dice"), so vague and inconsistent attempts at explaining away what he didn't like are to be expected :P
> “According to the theories known until now the initial state of a system may be chosen freely; the differential equations then give the evolution in time. From our knowledge about quantum states, in particular as it developed in the wake of Bohr’s theory during the past decade, this characteristic feature of theory does not correspond to reality.
> The initial state of an electron moving around a hydrogen nucleus cannot be chosen freely; its choice must correspond to the quantum conditions. In general: not only the evolution in time but also the initial state obey laws.”
Guessing: the equations being over-determined meant the initial conditions were pre-determined, and this would then let us predict what's going on?
why an electron needs exactly the ammount of energy to overcome the potential energy to be ionized ,tough potential energy is our expectation of the electron; is the potential energy averaged ; because you should take the integral of couloumb law
Suppose a support vector machine for separating pluses from minus finds a support vector at point (1,0) and a minus support vector at x2=(0,1). Determine the values of w and b.
