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EMPIRICAL STATEMENTS AND EMPIRICAL GENERALISATIONS
THE FORMAL STRUCTURE OF HYPOTHETICODEDUCTIVE THEORIES
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applied appropriate argued arguments assumed atoms automata behaviour brain representations brain-models Bunge causal cells classical mechanics classify complex computers concepts concerned configuration confirmation criticisms deduced hypotheses defined depends detect discussion electromagnetic electron elementary particles empirical generalisations empirical statements empirically anchored engrams entities epiphenomenalism equations evaluation evidence example exist experimental explain fact feedback cycle formal logic function genetic Hence human brains hypothetical constructs hypothetico-deductive idealisations imply initial hypotheses instance interpretations Korner language mathematical mechanistic metaphorical agents metaphysical metatheory molar molecular biology molecules morphogenesis neuropsychology Newtonian mechanics objects Ohm's law particular pattern recognisers phenomena philosophers philosophy of science physical point particle Popper possible postulated prediction private experiences problems quantum chemistry quantum mechanics reality status referred represent scientific hypotheses scientific theories scientists sense similar simulator specific statistical structure suggest theoretical tions Turing machines typical validity values vector vitalists Wassermann