PUBLIC R&D INTERFACE / H0

Researching what systems lose at their boundaries.

Silicon Gremlin is an active research practice studying observability, constraint, and the transfer of structure across technical and cognitive systems.

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01Active program
10Publications
07Public systems
01Method framework

ACTIVE OBJECTS

A practice made visible through its work.

Each object exposes what it is, why it matters, what evidence exists, and where the investigation currently stands.

RESEARCH_PROGRAMActive

DIFFRACTION

A program for describing how state, signals, and causality change as they cross boundaries in runtime systems.

ID::RP-DIF-001OUTPUTS::3UPDATED::2026-09
Inspect program
PUBLICATIONCitable

Boundary-Constrained State Evolution

Observability loss in runtime systems, preserved as a public research record.

DOI::10.5281/zenodo.22666484
Open DOI
SYSTEMPublic

Signals

A public surface for examining signals, interpretation, and displaced information.

ID::SYS-SIG-001REL::DIFFRACTION
Open system
METHODOperational

Boundary analysis

A repeatable method for preserving state, mapping transformations, testing constraints, and publishing evidence.

ID::METHOD-SG-M01REL::DIFFRACTION
Inspect method

LATEST STATE CHANGES

Research log

  1. Boundary-Constrained State Evolution published

    Extends the investigation into state transition and observability loss.

  2. Causal Layer Integration published

    Adds an admissibility framework for cross-representation dynamics.

  3. DIFFRACTION III published

    Advances the program toward abstract asymmetrical systems modeling.