QUESTIONS OF META-SCIENCE
“the science of science itself”
We’re working on the definition of science and it’s relation to decidability and truth.
PROMPT
Can one perform science if one is not seeking to produce the testifiable (that which is testifiable by man) if given the spectrum of science from unfounded speculation through to incontestable law of a first principle: (Speculation > Conjecture > Hypothesis > Theory > Working Theory > Settled Theory > Law > Certainty), as defined in this excerpt?
Summary: As such any claim of science requires the following three claims:
1. Degree of Testifiability: A declaration of the categorical demarcation of the [???] of the claim:
… … |Category of Testifiability (One)|: Speculation > Conjecture > Hypothesis > Theory > Working Theory > Settled Theory > Law > Certainty
2. Constitution of the Substance: A declaration of premises of the dimensions of the claim one is testifying to:
… … |Substance (All Appropriate)|:Theory of Existence (Metaphysics, Realism, Naturalism) > Theory of Causality (Operations) > Theory of Description (math or language or both) > Evidence (Measurements)
3. Mandatory Due Diligence: A declaration of the dimensions of testifiability one has satisfied the demand for.
… … |Mandatory Due Diligence (All, Promise)|: Explanatory Power > Survivability > Identity, Internal Consistency > Operational Possibility > Rational Choice > Reciprocity > Parsimony > Scope and Limits > Warrantability > Restitutability
RESPONSE
This is a challenging and nuanced question, and it strikes at the heart of what defines science and the boundaries of scientific inquiry. Let’s explore this by breaking it down:
1. Core Definition of Science:
Traditional Definition: Science is traditionally defined as a systematic enterprise that builds and organizes knowledge in the form of testable explanations and predictions about the universe. Central to this definition is the concept of testifiability—the ability to subject a hypothesis, theory, or observation to empirical testing, and thus provide evidence that can be verified or falsified.
2. The Spectrum of Scientific Inquiry:
Speculation to Law: The spectrum you describe—from unfounded speculation to incontestable law of a first principle—represents a range of epistemic statuses within scientific inquiry. At one end is speculation, which may or may not be testifiable or grounded in empirical evidence. At the other end are laws or first principles, which are universally accepted as testifiable due to their empirical validation and logical coherence.
3. Science Without Testifiability:
Exploratory Science: In some cases, science can begin with exploratory or speculative phases where the aim is not immediately to produce testifiable results but to generate ideas, hypotheses, or frameworks that may later be subjected to testing. This exploratory phase is crucial for advancing new theories or concepts, especially in fields where empirical testing is currently limited or where the phenomena are not yet fully understood.
Theoretical Science: Theoretical science often involves developing models, simulations, or mathematical constructs that may not be directly testifiable in the traditional sense but provide a coherent framework for understanding phenomena. Over time, parts of these theories might be tested as technology or methods advance.
Conceptual Science: Some areas of science focus on refining concepts, definitions, or classifications that are foundational to empirical work. While these activities might not produce immediately testifiable outcomes, they are essential for the structure and coherence of scientific knowledge.
4. Can It Still Be Called Science?:
Depends on the Goal: If the ultimate goal is to produce knowledge that can eventually be tested, then these activities can still be considered part of the scientific process. In this view, science encompasses both the generation of ideas (which may initially be speculative) and their subsequent testing and validation.
Pseudoscience: On the other hand, if the goal is to avoid or disregard testifiability—if there is no intention of producing knowledge that can be empirically verified—then this falls outside the bounds of science and into the realm of pseudoscience, philosophy, or metaphysics. Science, by definition, seeks to produce knowledge that can be tested and verified.
5. Practical Examples:
Quantum Mechanics: Consider early quantum mechanics. Initial ideas like wave-particle duality began as speculative but mathematically grounded concepts. Over time, these ideas were subjected to empirical testing, leading to their acceptance as foundational scientific principles.
String Theory: String theory offers a more contentious example. It is highly mathematical and speculative, and many aspects are not currently testifiable. Some argue that it is still part of science because it aims to eventually produce testifiable predictions, while others criticize it for its current lack of empirical testability.
6. Science as a Process:
Iterative Nature: Science is an iterative process where speculative or theoretical ideas are refined, tested, and either validated or discarded. The process of moving from speculation to testifiable hypothesis to validated law is what characterizes scientific progress.
Testifiability as a Guiding Principle: Even when the immediate goal isn’t testifiability, the broader scientific endeavor is guided by the principle that knowledge should, in the end, be testifiable. This commitment distinguishes science from other forms of inquiry.
Conclusion:
Science is fundamentally tied to the production of testifiable knowledge. However, the scientific process includes phases where testifiability is not immediately achievable—such as in speculative, theoretical, or conceptual stages.
These phases are still part of science if they ultimately aim to produce knowledge that can be empirically tested. If the pursuit of testifiability is entirely absent or rejected, then the activity would likely be considered outside the bounds of science, possibly falling into pseudoscience, philosophy, or speculative metaphysics.
The guiding principle of science is that, regardless of the stage in the process, the ultimate goal is to produce knowledge that is testifiable, verifiable, and falsifiable.
Cheers
CD