Testability
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Testability is a primary aspect of science[1] and the scientific method. There are two components to testability:
- Falsifiability or defeasibility, which means that counterexamples to the hypothesis are logically possible.
- The practical feasibility of observing a reproducibleseries of such counterexamples if they do exist.
In short, a
refuted by data. However, the interpretation of experimental data may be also inconclusive or uncertain. Karl Popper introduced the concept that scientific knowledge had the property of falsifiability as published in The Logic of Scientific Discovery.[2]
See also
- Confirmability
- Controllability
- Observability
- Scientific method
- Test method
Further reading
- Johansson, Lars-Goran (2015). "Hypotheses and hypothesis testing". Philosophy of science for scientists. Cham: OCLC 923649072.
... the question of whether the auxiliary assumption is testable or not is not so easy to determine as it might first appear. Criteria regarding independent testability do not seem to be absolute. ... The least common denominator for all sciences is that hypotheses are formulated and tested. This is meaningful only if one is prepared to change one's mind after testing, to admit that even one's favourite hypothesis was wrong. ... The result of the test is either that the predictions and observation reports are compatible, or that they conflict. In the former case one may be justified to say that one's hypothesis is supported. In the latter case one must reconsider something; one must reject either the hypothesis, some auxiliary assumption, or the observation report.
- OCLC 231580325.into explicit testable hypotheses in everyday life.
The purpose of each test you run is to see what happens when you intentionally alter your usual conduct and then reflect upon the meaning of the results for your big assumption. ... To make [the assumption] testable, you may have to back up and unearth a prior assumption in the sequence ... Once you've chosen a big assumption to test, the next step is to design your first experiment to challenge it.
Robert Kegan and Lisa Lahey suggest how to turn personal tacit assumptions - OCLC 54503549.
Consequently, the universal statements, which are contradicted by the basic statements, are not strictly refutable. Like singular statements and probability statements, they are empirically testable, but their tests do not have certain, definite results, do not result in strict verification or falsification but only in temporary acceptance or rejection.
- OCLC 48533950.
Theories may be more, or less, severely testable; that is to say, more, or less, easily falsifiable. The degree of their testability is of significance for the selection of theories. In this chapter, I shall compare the various degrees of testability or falsifiability of theories through comparing the classes of their potential falsifiers. This investigation is quite independent of the question whether or not it is possible to distinguish in an absolute sense between falsifiable and non-falsifiable theories. Indeed one might say of the present chapter that it 'relativizes' the requirement of falsifiability by showing falsifiability to be a matter of degree.
- JSTOR 3131087.
The idea that some experiments really do test a proposition, while others do not, is not controversial, nor does it deserve to be. ... Testing is to testability as dissolving is to solubility. If we can understand what testing is, we also should be able to understand what testability is.
References
- ^ Science works with testable ideas
- ^ Karl Popper "The Logic of Scientific Discovery", 1934 (as Logik der Forschung, English translation 1959), ISBN 0415278449 and 2002 ISBN 9780415278447, 0415278449
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