While the term "quantum" has gained popularity and has been used in various contexts, it does not necessarily make sense to apply it to everything. Here are a few reasons why:
Specific meaning in physics: The term "quantum" originates from quantum mechanics, a specific branch of physics that deals with the behavior of matter and energy at the smallest scales. Quantum mechanics has well-defined principles and mathematical formalism that govern the behavior of quantum systems. Applying the term "quantum" to unrelated domains may lead to confusion and misrepresentation of the underlying physics.
Contextual relevance: The term "quantum" is most commonly used to describe phenomena, theories, and technologies that are explicitly based on quantum mechanics. It is used to describe quantum particles, quantum systems, quantum computing, quantum cryptography, and so on. Using "quantum" as a blanket term for unrelated concepts could dilute its meaning and cause ambiguity.
Accuracy and precision: Precision in language is crucial for effective communication. Applying the term "quantum" to everything may lead to imprecise or inaccurate descriptions. It is more appropriate to use specific terms that accurately convey the nature and characteristics of the subject matter.
Avoiding misconceptions: Quantum mechanics is a highly specialized field with its own unique features and principles. Applying the term "quantum" to unrelated concepts without proper justification may create misconceptions or imply connections that do not exist. It is important to maintain clarity and avoid overgeneralization.
While quantum mechanics has provided insights into the fundamental nature of reality, it is not applicable to all domains or phenomena. Each field of study has its own well-established terminology and frameworks, and it is generally more appropriate to use those specific terms rather than broadening the scope of "quantum" beyond its original context.