Scientific theory must be tested from "summary" of Science and Method by Henri Poincaré

Experimentation is essential for validating hypotheses and making sure our understanding of reality is accurate. Formulating theories without verifiable data can lead to incorrect conclusions about how the universe works.

Scientific theories are meaningful only when they are rigorously tested and validated through experiments. Without such tests, a scientific theory is simply an intellectual assumption or speculation with no empirical basis.

In order to scientifically verify the validity of a theory, it requires repeated experimentation and observation. This testing process provides valuable feedback that assists researchers in arriving at more precise estimates and explanations.

It is critical to understand that untested assumptions can have serious adverse consequences if accepted as fact. We must, therefore, ensure accuracy by taking the time to conduct thorough tests before committing to any particular explanation.

Adequate experiments allow us to make well-informed decisions on which paths of research may be most fruitful, while rejecting potentially ineffective approaches from consideration. Thus, strategic testing of theories can significantly expedite the progress of science.

As scientists, we should strive for accuracy and have faith in our abilities to test and determine the truthfulness of our theories. Exercising due diligence and carefully verifying the results will help us obtain reliable knowledge about the world around us.

The facts gathered during the course of investigation are what guide us to new insights and pave the way for future discoveries. Knowledge is not something that can be taken for granted; it must be actively sought out by performing relevant investigations.