The man who solved it postulated the function f of nu over t equals the inverse of the quantity the exponential of energy divided by kT minus one, allowing a much more accurate fit than Wien's function.
Its solution involved an illustration explaining the problems inherent in a simple harmonic oscillator that had dominant high frequencies even at low temperatures and low wavelengths. The man who solved it postulated the function f of nu over t equals the inverse of the quantity the exponential of energy divided by kT minus one, allowing a much more accurate fit than Wien's function. Resulting from the v2 divergence at high frequencies of the Rayleigh-Jeans law for an idealized blackbody, FTP, what is this problem whose solution is the equation E = n-h-nu, whose resolution by Planck launched quantum mechanics?
Its solution involved an illustration explaining the problems inherent in a simple harmonic oscillator that had dominant high frequencies even at low temperatures and low wavelengths.
ultraviolet catastrophe