When scientific experts reach a consensus on a particular theory, it is often referred to as "scientific consensus." This consensus arises when a substantial majority of experts in a field support a specific explanation or understanding based on evidence and research. It indicates a strong level of agreement among scientists, though it is important to note that scientific knowledge can evolve with new evidence.
If nearly all scientists agree with a theory, it may be called a scientific consensus. This consensus indicates that the theory is well-supported by extensive evidence and has undergone rigorous testing and peer review. While scientific consensus doesn't guarantee absolute truth, it reflects a strong level of agreement among experts in the field based on current knowledge.
If by "why" you mean "what," a well tested framework that explains a wide range of observations in science is called a theory.
A theory.
theory
Scientific law
Such a system is called a theory. For example, Darwin's Theory of Evolution, or Newton's Theory of Universal Gravitation, or Einstein's Theory of Relativity.
If nearly all scientists agree with a theory, it may be called a scientific consensus. This consensus indicates that the theory is well-supported by extensive evidence and has undergone rigorous testing and peer review. While scientific consensus doesn't guarantee absolute truth, it reflects a strong level of agreement among experts in the field based on current knowledge.
It is called a Scientific Theory.
If by "why" you mean "what," a well tested framework that explains a wide range of observations in science is called a theory.
A theory.
theory
The explanation supported by many experiments is called scientific theory.
Since it is called "the Heisenberg Uncertainty Principle" it is neither a scientific law nor a theory. It is a principle.
A scientific law is an indisputable fact: there are no observances dictating it. For example, gravity is a scientific law. A scientific theory is simply a generally accepted explanation for a particular phenomenon or idea that cannot currently be proven or disproven. The structure of the atom and evolution are theories.
Evolutionary theory is called a scientific theory because it is a comprehensive explanatory model, consisting of independently verifiable facts and laws as well as multiply confirmed falsifiable hypotheses.
The theory that is widely accepted as true in the scientific community is known as the scientific theory. This type of theory is based on empirical evidence, experimentation, and observation, and has withstood rigorous testing and scrutiny.
Scientific law