For 10 points, name this scientist who names a distribution of gas particles with Maxwell and a constant equal to 1.38 times 10 to the negative 23.
This man lends his name to a method in computational fluid dynamics that uses the BGK method to approximate the collision parameter, and Hinton and Sejnowski developed a type of stochastic neural network called his "machine", and he names the probability distribution of the length of a vector with three normally distributed orthogonal components. More famously, he names the underlying distribution of the canonical ensemble, and is the second namesake of a law that scales blackbody radiation with the fourth power of temperature. For 10 points, name this scientist who names a distribution of gas particles with Maxwell and a constant equal to 1.38 times 10 to the negative 23.
This man lends his name to a method in computational fluid dynamics that uses the BGK method to approximate the collision parameter, and Hinton and Sejnowski developed a type of stochastic neural network called his "machine", and he names the probability distribution of the length of a vector with three normally distributed orthogonal components.
Ludwig Eduard {Boltzmann}