In the context of science, the term "dogma" is generally not used to describe principles or tenets of a scientific theory. Dogmas are typically associated with rigid beliefs or principles that are accepted without question and are not subject to empirical testing or revision.
Quantum theory, also known as quantum mechanics, is a well-established and highly successful scientific theory that describes the behavior of particles and physical systems on the microscopic scale. It is based on mathematical formalisms and has been extensively tested and validated through experimental observations.
However, quantum theory is not considered dogmatic. It is a dynamic field of research with ongoing investigations and developments. Scientists continuously explore and refine quantum theory to better understand its foundations, implications, and applications. The theory has evolved over time, and different interpretations and formulations exist, each with its own strengths and limitations.
The principles of quantum theory, such as wave-particle duality, superposition, entanglement, and uncertainty, are supported by a wealth of experimental evidence. However, scientists continue to explore and question various aspects of the theory, seeking deeper insights and potential modifications. The scientific community encourages critical thinking, debate, and experimentation to refine our understanding of quantum phenomena rather than relying on dogmatic beliefs.