In 2001, Polish physicists suggested that this man's namesake field has a very small coherence length when the number of particles gets too large.  The Gross-Pitaevskii functional is used to model this man's namesake rotating, two-dimensional type of gas, and his name denotes a mean-field approximation from spherical to deformed particles along with Hartree. Though initially rejected by Philosophical Magazine, his paper on deriving a certain black body radiation law using a phase-space approach, entitled "Planck's Law and the Hypothesis of Light Quanta," was translated into German by Einstein in 1924.  FTP, name this 
In 2001, Polish physicists suggested that this man's namesake field has a very small coherence length when the number of particles gets too large.  The Gross-Pitaevskii functional is used to model this man's namesake rotating, two-dimensional type of gas, and his name denotes a mean-field approximation from spherical to deformed particles along with Hartree. Though initially rejected by Philosophical Magazine, his paper on deriving a certain black body radiation law using a phase-space approach, entitled "Planck's Law and the Hypothesis of Light Quanta," was translated into German by Einstein in 1924.  FTP, name this Indian physicist, the namesake of a class of particles with integer spin and namesake of a state of supercooled matter with Einstein.
In 2001, Polish physicists suggested that this man's namesake field has a very small coherence length when the number of particles gets too large.  
Satyendra Nath Bose