Paradigm is not for replication but for elaboration in details. From broad to narrow. “ Paradigms gain theur status because they are more successful than their competitors in solving a few problems that the group of practitioners has come to recognize as acute.” Its about being vague and broad to be elaborated and flexible and solving the acute questions.
(25) Scientists in normal science in a paradigm do not follow new phenomena, indeed they forget old ones. They focus on elaborating on the phenomena laid out within their paradigm.
Indeed there are only 3 types of phenomena that paradigmatic scientists pursue. “The determination of significant fact, matching of facts with theory, and articulation of theory.” (34) The basic assumptions necessary to elaborate the theory and facts which are explained by the paradigm theory directly (speed of light). Those areas which pose problems for it from which come laws and universal constants. The second category never arises from random measurement as is taught but is directed by a theory (avogadros number, coulumbs law, right hand rule). And third applying the paradigm to new areas. The application of the paradigm to practical work rarely enters a journal, it is left to engineers and technicians. The work of elaborating the paradigm also makes it more accurate. So to test the electrical theory Columb had to use the theory to construct the instrument with which he makes his measurements
Paradigm is not for replication but for elaboration in details. From broad to narrow. “ Paradigms gain theur status because they are more successful than their competitors in solving a few problems that the group of practitioners has come to recognize as acute.” Its about being vague and broad to be elaborated and flexible and solving the acute questions.
(25) Scientists in normal science in a paradigm do not follow new phenomena, indeed they forget old ones. They focus on elaborating on the phenomena laid out within their paradigm.
Indeed there are only 3 types of phenomena that paradigmatic scientists pursue. “The determination of significant fact, matching of facts with theory, and articulation of theory.” (34) The basic assumptions necessary to elaborate the theory and facts which are explained by the paradigm theory directly (speed of light). Those areas which pose problems for it from which come laws and universal constants. The second category never arises from random measurement as is taught but is directed by a theory (avogadros number, coulumbs law, right hand rule). And third applying the paradigm to new areas. The application of the paradigm to practical work rarely enters a journal, it is left to engineers and technicians. The work of elaborating the paradigm also makes it more accurate. So to test the electrical theory Columb had to use the theory to construct the instrument with which he makes his measurements
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