Stark brutalist concrete tower rising into an overcast sky, sharp vertical lines, cold directional lighting, wide panoramic crop.
Stark brutalist concrete tower rising into an overcast sky, sharp vertical lines, cold directional lighting, wide panoramic crop.
/ APPLIED ONTOLOGY

Systemic Research Initiatives

Translating the theoretical mechanics of Distributed Epistemic Displacement into empirical frameworks for advanced technology laboratories, elite research institutions, and systemic product design.

ACTIVE INQUIRIES

Current Research Portfolios

Investigating the spatialized dispersion of human attention across algorithmic networks through structured institutional partnerships and empirical phenomenological research.

PROJECT I
PROJECT II
PROJECT III

Cognitive Offloading Labs

The Clearing System

Techno-Somatic Mapping

A collaborative initiative mapping human-AI-market interactions to measure how decision-making agency is systematically displaced into modern algorithmic infrastructures.

Applying Distributed Epistemic Displacement frameworks to systemic product design, reducing ontological friction in high-density consumer interfaces and automated environments.

An empirical study with European cognitive science labs analyzing the somatic markers of attention dispersion and cognitive offloading within digital market-worlds.

Stark concrete staircase, sharp diagonal shadows, overcast light, high-contrast brutalist architectural detail.
Stark concrete staircase, sharp diagonal shadows, overcast light, high-contrast brutalist architectural detail.
Close-up of a complex chalkboard diagram with mathematical and phenomenological notations, cold directional light.
Close-up of a complex chalkboard diagram with mathematical and phenomenological notations, cold directional light.
DEEP DIVE

The Zurich Protocol

In partnership with Swiss cognitive research groups, this project established the first empirical metrics for tracking epistemic offloading in automated financial environments.

ADVISORY

Systemic Interface Design

Translating Heideggerian ontology into concrete design parameters for autonomous consumer agents, mitigating the systematic loss of human agency in digital spaces.

COLLABORATION

Engage the Research

We seek rigorous institutional partners, technology labs, and doctoral candidates prepared to explore the ontological limits of cognitive science.