A function with a cubic term in the numerator and an exponential in the denominator, which at high frequencies reduces to the Wien approximation, describes the intensity of radiation at a given frequency and bears his name.
The probability distribution for the position of a particle in Brownian motion changes over time according to the Kolmogorov forward equation, often named for Fokker and this man. The observation that you can't trace Hawking radiation all the way back to the event horizon is called his "trans" problem. A function with a cubic term in the numerator and an exponential in the denominator, which at high frequencies reduces to the Wien approximation, describes the intensity of radiation at a given frequency and bears his name. For 10 points, the energy of a wave divided by its wavelength gives a constant represented by h, named for which German physicist?
The probability distribution for the position of a particle in Brownian motion changes over time according to the Kolmogorov forward equation, often named for Fokker and this man.
Max {Planck} [or {Karl Ernst Ludwig Marx Planck}; prompt on {Kolmogorov forward equation} until mentioned; accept {Fokker} or {Fokker}-{Planck} until mentioned]