When clicking on a compound like this one, the microstate absolute free energies and compound absolute free energies are not concordant. We should have
e^{-g_c} = \sum_i^{N_i} \pi_{ci} e^{-g_{ci}}
where g_c is the absolute (dimensionless) free energy of compound c, i runs over N_i microstates for compound c, and \pi_{ci} is the equilibrium probability of microstate i in solution (usually assumed to be 1 / N_i).
This is probably just a simple typo somewhere or missed normalization.
When clicking on a compound like this one, the microstate absolute free energies and compound absolute free energies are not concordant. We should have
where
g_cis the absolute (dimensionless) free energy of compoundc,iruns overN_imicrostates for compoundc, and\pi_{ci}is the equilibrium probability of microstateiin solution (usually assumed to be1 / N_i).This is probably just a simple typo somewhere or missed normalization.