this is true, but at the same time empirical study cannot exist without a theory, these two things are tied. given a theory, you may verify it empirically if you are unable to prove its soundness theoretically. in physics, this is a common practice, and also in computer science. for example, if a constructed by you mathematical model/theory/algorithm cannot be proved (theoretically) to be good (i.e., be objective, realistic, or
optimal or sub-optimal), you carry our an empirical study. In computer science, this involves computational experiments that somehow show the practical behavior of a given algorithm. pretty similar scenario is in audio stuff where your estimation is based on auditioning
(these are your experiments). but here auditioning experience itself is subjective, unlike physics and computer science, for example, where the experimental results do reflect an "objective reality". in audio world an "objective reality" is subjective, it depends on our taste, mood, current environment etc.
optimal or sub-optimal), you carry our an empirical study. In computer science, this involves computational experiments that somehow show the practical behavior of a given algorithm. pretty similar scenario is in audio stuff where your estimation is based on auditioning
(these are your experiments). but here auditioning experience itself is subjective, unlike physics and computer science, for example, where the experimental results do reflect an "objective reality". in audio world an "objective reality" is subjective, it depends on our taste, mood, current environment etc.