My work uses Constructive Operationalism, or a constructive logic of operational

My work uses Constructive Operationalism, or a constructive logic of operational transformations – which for brevity I shorten to ‘operationalism’ and probably shouldn’t.

Constructive operationalism is a methodology that defines concepts in terms of the specific sequence of constructive operations required to generate or instantiate them from first principles. It emphasizes the algorithmic nature of reality, viewing phenomena as the result of step-by-step processes or computations that transform inputs into outputs or one state into another.

Key principles of constructive operationalism:

Constructive definitions: Concepts are defined in terms of the specific sequence of constructive operations or algorithms that generate or instantiate them from first principles. These operations are grounded in physical reality and can be computationally, chemically, biologically, or cognitively realized.
Algorithmic nature of reality: Reality is viewed as fundamentally algorithmic, with phenomena arising from the execution of specific sequences of constructive operations or state transformations.
Step-by-step construction: Phenomena are explained by specifying the precise sequence of constructive operations that generate them, emphasizing the step-by-step nature of the process and the transformation of inputs into outputs.
Constructed from first principles: The constructive operations are derived from a set of first principles, which serve as the foundational building blocks for generating more complex concepts and phenomena.
Falsifiability: Constructive operational definitions are subject to rigorous falsification tests, with the ability to withstand attempts at refutation serving as a key criterion for their validity and reliability.
Emphasis on generative mechanisms: Explanations focus on the generative mechanisms or constructive processes that give rise to phenomena, providing a causal understanding of how things come to be.
Avoidance of abstract entities: Constructive operationalism avoids invoking abstract or Platonic entities, grounding concepts and explanations in concrete, physically realizable operations and processes.

Constructive operationalism builds upon the insights of intuitionism and operationalism, but distinguishes itself by emphasizing the constructive, generative nature of concepts and phenomena. It goes beyond mere measurement procedures to specify the precise sequence of operations required to construct concepts from first principles.

By grounding definitions in physical processes and subjecting them to falsification tests, constructive operationalism seeks to provide a more rigorous, causally grounded understanding of reality. It aims to reveal the algorithmic nature of phenomena and provide step-by-step explanations of how things come to be.

Constructive operationalism has implications for various fields, including computer science, artificial intelligence, cognitive science, and philosophy of science. It provides a framework for understanding the generative mechanisms underlying phenomena and offers a principled approach to defining and explaining concepts in terms of their constructive operations.

Overall, constructive operationalism represents a novel synthesis of intuitionist, operationalist, and falsificationist ideas, offering a powerful framework for understanding reality in terms of the constructive processes that give rise to it.