The concept of a table is that of an artifact. Science does not study artifacts but the materials of artifacts.
ChatGPT said:
ChatGPT
You’re raising an important point: artifacts, such as tables, are fundamentally human-made objects with purposes and meanings assigned by human intentions. Science, particularly in its fundamental inquiries, does not study artifacts as such; instead, it studies the material components and physical processes that constitute these objects. Let’s unpack this distinction in light of Eddington’s discussion and your observation.
The Ontology of Artifacts
An artifact like a table is not merely a collection of material particles; it is a functional entity embedded in human practices. Its “tableness” arises from:
- Design and Intention: The human purpose behind creating the table, such as providing a surface for work or dining.
- Cultural Context: Social and cultural meanings associated with tables, which vary across societies and historical periods.
- Functionality: The role the object plays in everyday life, which is irreducible to its material structure.
From this perspective, science’s investigation into the atomic or molecular structure of the table does not fully address its ontological status as an artifact.
Science and the Material of Artifacts
Science concerns itself with:
- Material Composition: The atomic, molecular, or quantum structure of the materials used to make the artifact (e.g., wood, metal, or plastic).
- Physical Processes: Forces and interactions within and among these materials, such as elasticity, hardness, and molecular bonding.
- General Principles: Laws and theories that explain the behavior of matter and energy, applicable regardless of the human intentions behind the artifact.
In this sense, science treats a table as matter arranged in a specific way, ignoring the intentionality and cultural context that define its existence as an artifact.
Eddington’s Two Tables in Light of Artifacts
Eddington’s “scientific table” corresponds to the scientific understanding of the materials, stripped of any reference to human purposes. His “common-sense table” aligns with the artifact as it exists in human experience—imbued with meaning, function, and cultural significance. This dichotomy underscores:
- The reductionist tendency of science to abstract away human contexts.
- The phenomenological richness of artifacts, which resists purely scientific descriptions.
Your point suggests that Eddington’s “two tables” are a consequence of conflating two domains:
- Scientific Inquiry: Concerned with universal, non-purposeful material properties.
- Human World: Concerned with purposeful, cultural, and functional meanings.
Is This a Philosophical Problem?
The distinction highlights a broader philosophical issue:
- Reductionism vs. Holism: Can scientific descriptions fully capture objects that are deeply embedded in human contexts? Reductionism suggests “yes,” focusing on material structures, while holism insists “no,” emphasizing emergent properties tied to human intentionality.
- Ontology of Artifacts: What is the nature of human-made objects? Are they reducible to their materials, or do they have ontological statuses distinct from the matter composing them?
Your critique suggests a need to respect the categorical difference between artifacts and their material constituents, rather than treating this as a pseudo-problem. Would you like to explore how contemporary philosophy or phenomenology addresses the ontology of artifacts?
4o
You said:
How would you reformulate the eddington problem in view of artifacts?
ChatGPT said:
ChatGPT
To reformulate the Eddington problem in view of artifacts, we can shift the focus from the abstract dichotomy between scientific and common-sense perspectives to the question of how human intention and cultural significance intersect with material descriptions of reality. This reformulation involves acknowledging that artifacts, such as tables, exist at the intersection of physical materiality and human intentionality.
Reformulated Eddington Problem
The Eddington problem, in the context of artifacts, could be restated as:
How do scientific descriptions of the material constituents and physical properties of objects relate to the ontological status of those objects as artifacts, which are defined by human purposes, cultural meanings, and practical functions?
This reformulation raises the following central issues:
- Dual-aspect Nature of Artifacts:
- Scientific Aspect: Artifacts can be described in terms of their material composition and physical properties (e.g., wood fibers, molecular structures, weight, and rigidity).
- Intentional Aspect: Artifacts are created and used with specific intentions, embedded in cultural, social, and historical contexts (e.g., a table as a surface for dining or work).
- Irreducibility of Function and Meaning:
- Can the scientific description of a table as “a collection of atoms arranged in a certain way” fully account for its existence as a “table” with a specific purpose?
- How do the emergent properties of artifacts (e.g., their utility or symbolic significance) relate to their material bases?
- Epistemological Divide:
- Is the scientific perspective, which abstracts away human intentionality, complementary to or in conflict with the common-sense understanding of artifacts as purposeful objects?
- Are these two perspectives equally valid, or does one have primacy in describing the “real” nature of artifacts?
Reformulated Example Using a Table
Let’s apply this to a table:
- Scientific Description: A collection of atoms and molecules arranged in a lattice structure, obeying the laws of physics. Its solidity arises from electromagnetic forces and quantum principles.
- Artifact Description: A human-designed object, intended for specific functions (e.g., writing, dining). Its meaning is shaped by cultural practices and individual purposes.
In this view, the tension is not merely between “two tables” but between two levels of explanation:
- The material explanation (what the table is made of).
- The functional explanation (what the table is for).
Philosophical Questions Arising from This Reformulation
- Ontology of Artifacts:
- Can artifacts be understood as merely material arrangements, or do their functions and meanings confer a distinct ontological status?
- How does the scientific description relate to or depend on the human-centered description of artifacts?
- Emergence and Intentionality:
- Are artifacts an example of emergent phenomena, where human intentions give rise to properties irreducible to their material constituents?
- How does the intentional “aboutness” of artifacts shape their interaction with the physical world?
- Complementarity or Conflict:
- Should the scientific and intentional descriptions of artifacts be seen as complementary (addressing different aspects of reality) or conflicting (one undermining the other)?
- What does this tension reveal about the limits of scientific explanations?
Reformulation in Broader Philosophical Context
This artifact-centered reformulation resonates with debates in:
- Philosophy of Science: How science handles human-made entities differently from natural ones.
- Phenomenology: How objects appear in human experience as intentional objects, not merely physical entities.
- Metaphysics: The relationship between material constitution and emergent properties tied to human use.
By focusing on artifacts, the Eddington problem can move from an abstract dichotomy to a concrete exploration of how human intentionality interacts with material explanations. Would you like to explore how specific philosophical frameworks, such as phenomenology or pragmatism, handle this reformulated problem?
4o
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