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We derive the evolution of a hadronic light cone wave function with energy atweak coupling. Our derivation is valid both in the high and the low partonicdensity limit, and thus encompasses both the JIMWLK and the KLWMIJ evolution.The hadronic wave function is shown to evolve by the action of theBogoliubov-type operator, which diagonalizes on the soft gluon sector thelight-cone hamiltonian in the presence of an arbitrary valence charge density.We find explicitly the action of this operator on the soft as well as thevalence degrees of freedom of the theory.

From bubbles to foam: dilute to dense evolution of hadronic wave function at high energy