A hypothesis is an initial statement regarding the cause and effect in a specific situation. It can be tested by experimentation and observation or by statistical analysis of probabilities from data. A useful hypothesis allows predictions by using deductive reasoning.
Sometimes a hypothesis is developed before new knowledge or technology can test it. The ancient Greeks proposed the concept of atoms, but it could only be tested centuries later.
A model is used when the hypothesis has a known limitation on its validity.
For example, the Bohr model of the atom shows electrons circling the atomic nucleus in a similar way as planets in the solar system. The model is useful for establishing the energies of the quantum states of the electron in the hydrogen atom, but it does not represent the real nature of the atom.
A scientific theory or law represents a hypothesis that has been validated through repeated testing over many years.
Once a scientific theory is established, it is difficult to get the scientific community to abandon it.
Science philosopher Thomas Kuhn used the term scientific paradigm to explain a working set of concepts under which science operates. When one paradigm is overturned in favour of a new set of theories, the very nature of science changes.
Occam's Razor is a principle of the scientific method. It states that "entities should not be multiplied beyond necessity." It means that where two hypotheses are presented and have equal predictive power, the most simple explanation that fits the available data is the preferred hypothesis.
The appeal to simplicity has been adopted by most of science, as Albert Einstein expressed, "Everything should be made as simple as possible, but not simpler."
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