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This phase, in fact, is based on a set of basic principles dictated by the paradigm, which are not questioned but which, indeed, are entrusted with the task of indicating the coordinates of the works to come. In this phase, the measuring instruments with which the experiments are made are developed, most of the scientific articles are produced and its results constitute significant growth in scientific knowledge. In the normal science phase both successes and failures will be achieved; the failures are called by Kuhn ''anomalies'', or ''events that go against the paradigm''.  

This phase, in fact, is based on a set of basic principles dictated by the paradigm, which are not questioned but which, indeed, are entrusted with the task of indicating the coordinates of the works to come. In this phase, the measuring instruments with which the experiments are made are developed, most of the scientific articles are produced and its results constitute significant growth in scientific knowledge. In the normal science phase both successes and failures will be achieved; the failures are called by Kuhn ''anomalies'', or ''events that go against the paradigm''.  

As a good problem solver, the scientist tries to solve these anomalies.

En tant que bon résolveur de problèmes, le chercheur tente de résoudre ces anomalies.

Kuhn, however, divides the evolution of a paradigm into '''five phases'''; this is a fundamental process for Masticationpedia, but to keep tuned with the project, we will limit ourselves to describing the two most significant phases:  

Kuhn, however, divides the evolution of a paradigm into '''five phases'''; this is a fundamental process for Masticationpedia, but to keep tuned with the project, we will limit ourselves to describing the two most significant phases: