Idealization II: Forms and Applications

absolute space abstract analysis approximation assume attribution theory behaviour bodies Brzeziński cognitive conception of science concretization considered correction counterfactual defined determined dialectical correspondence disaggregation Einstein empirical equations Ernst Mach essential structure everyday knowledge evolution experimental explanation express fact factor F force formulation given gravitation Graz school ideal types idealizational conception idealizational theory idealizing assumptions inertial interactions interlevel magnitude interpretation intralevel investigated Kepler-Newton Kepler's laws Kmita language laws of nature Mach Mach's principle mass mathematical means measurement methodological motion multi-plane nauki Newton Newtonian Nowak Nowakowa objects one-plane operationalization phenomena philosophy of science physical planets Poznań Studies principle of relativity problems procedure prototype psychology reconstruction reference frame relation relativity theory representation researcher result scientific significance space-time special relativity statement T₁ T₂ theorem theoretical factor theory of relativity theory of science tion variables variance components Warsaw Zielińska