Epistechnology investigates technical objects, instruments, and operational systems as autonomous conditions of knowledge, rather than mere applications of prior scientific theory.
1. The Reversal of Applied Science
Philosophy has traditionally subordinated practical craft to theoretical reflection:
- In classical philosophy, techne was secondary to episteme: practical making was tied to contingent change, while knowledge dealt with immutable causes.
- In modern philosophy of science, technology was treated as applied science: a downstream consequence of theoretical physics or mathematics.
Epistechnology questions this hierarchy. In laboratory practice and engineering history, science is often the formalization of technical operations. Instruments are not transparent media; they establish the physical conditions under which observation and verification occur.
2. Theoretical Foundations
The program draws on two main philosophical traditions:
French Historical Epistemology
- Gaston Bachelard: Scientific phenomena are produced through experimental technique (phénoménotechnique). Instruments function as materialized theory (théorèmes réifiés).
- Georges Canguilhem: Technical activity extends biological normativity. The organism generates norms to navigate environmental pressure; machines are modeled on living functions rather than the reverse.
- Gilbert Simondon: Technical objects undergo internal evolutionary lineages (concretization), resolving functional conflicts and shaping an associated milieu.
- Bernard Stiegler: Human cognition relies on exteriorized memory supports (tertiary retention), from writing tools to computational storage.
- Hans-Jörg Rheinberger: Experimental setups alternate between open-ended research targets (epistemic things) and stabilized tools (technical objects).
The Critique of Technical Reason
Following Kant's critical method, the objective is to trace the limits and categories of technical reasoning:
- Transcendental Aesthetics: Instruments, clocks, and sensors structure the sensible perception of space and time.
- Transcendental Analytic: Operational categories (feedback, discretization, modularity) organize technical problem-solving.
- Transcendental Dialectic: Critique of dogmatic projections, such as treating statistical text predictors as conscious minds or reducing vital processes entirely to algorithmic models.
3. Thematic Inquiries
Active research topics include:
- Cybernetics and Large Language Models: Re-examining Claude Shannon's separation of signal transmission from semantic meaning; analyzing epistemic opacity in automated statistical systems.
- Genealogies of Instruments: Case studies on clockwork horology, thermodynamics, and early computing architectures as catalysts for physical theory.
- The Epistemology of Metrics: How measurement standards and quantification conventions construct the categories they monitor.
4. Compendium
Working notes, bibliographies, and analytical dossiers are collected in an ongoing research notebook. Selected essays appear periodically on this site.