Ko fi https://ko-fi.com/utah23
IF YOU WANT TO FUND ME TO BE INCLUDED ON PAPERS THAT HAVE NOT BEEN PUBLISHED YET, PLEASE MESSAGE ME OR EMAIL ME AT utah@utahcreates.com AND I WILL PUT YOU DOWN ON THE FUNDING SECTION. THERE WILL NEVER BE ANOTHER TIMELINE THAT SOLVES THIS BECAUSE I WAS THE FIRST. BE PART OF HISTORY BEFORE THEY GET PUBLISHED.
- 📜 The Manifesto
- 🖼️ Gallery
- 📦 The Artifacts
- ⚡ Quickstart
- 🗂️ Repo Map
- 🧪 Build the HCI Paper
- 🧠 Algorithms Inside
- 🛡️ Ethics & Safety
- ❓ FAQ
- 🔖 Citation
- 📄 License
- ✉️ Contact
We live in an era of "Invisible Computation." We believe code should have weight. This collection physicalizes abstract mathematical dynamics—Chaos Theory, Liquid Neural Networks, and Entropy—into functional, heavy-metal interfaces.
These are not just USB drives. They are Talismans of Logic.
By placing algorithms into hand-made, high-mass forms, we invite a tactile relationship with abstraction. Each artifact is a field guide from the future—equal parts instrument, sculpture, and research probe.
> *"A brain that you can hold."*
- Material: Zinc Alloy & Brushed Titanium
- Payload: NATURA Framework (Neural Circuit Policies)
- Function: Portable Liquid Neural Network environment. The chains express sparse synaptic wiring and dynamic state flow.
- Material: Optical Glass & Raw Quartz
- Payload: Lorenz Attractor Solver (Monte Carlo Simulation)
- Function: Simulates the Butterfly Effect. Provide a micro-perturbation and watch future-state trajectories diverge across 1,000 steps.
- Material: Carbon Fiber Composite & IPS Screen
- Payload: Psychotronic Counter-Measure
- Function: High-frequency visual flash sequences (~40 ms) to disrupt cognitive ruts and invite reframing.
- Material: Rubberized Mil-Spec Polymer
- Payload: Thought Transcription Engine
- Function: Conceptual passive-logging interface for externalized cognition.
# 1) Clone
git clone https://github.com/your-org/your-repo.git
cd your-repo
# 2) Generate/refresh the README (optional)
python GENERATE_ARTIFACT_README.py
# 3) Open the paper
start hci_paper.pdf # Windows
# open hci_paper.pdf # macOS
# xdg-open hci_paper.pdf # LinuxF:/code/missions/Q-PID/
├─ GENERATE_ARTIFACT_README.py # Writes this README
├─ GENERATE_HCI_PAPER*.py # Paper generation scripts
├─ hci_paper.tex # LaTeX source of the paper
├─ hci_paper.pdf # Compiled paper (prebuilt)
├─ images/ # High-res artifact imagery
│ ├─ THE FULL COLLECTOR'S SET.jpg
│ ├─ THE ASPECT 23 KEY (The Deprogrammer).jpg
│ ├─ THE ISOCHRON KEY (The Time Telescope).jpg
│ ├─ THE MNEMONIC KEY (The Bio-Logger).jpg
│ └─ q-pid liquid intelligence concept.jpg
├─ fig1_collection.jpg # Inline figures for README
├─ fig2a_qpid.jpg
├─ fig2b_isochron.jpg
├─ fig3a_aspect.jpg
├─ fig3b_mnemonic.jpg
├─ fig4_diagram.png
└─ tectonic.exe # Portable LaTeX engine (Windows)
You can reproduce the PDF locally. We include a portable LaTeX engine for Windows.
- Windows (PowerShell):
. ectonic.exe .\hci_paper.tex - macOS/Linux (requires TeX Live or Tectonic):
tectonic hci_paper.tex # or pdflatex hci_paper.tex && bibtex hci_paper && pdflatex hci_paper.tex && pdflatex hci_paper.tex
The result will be hci_paper.pdf in the project root.
- Liquid Neural Networks (NCPs / NATURA)
- Sparse, stateful recurrent cells capable of continuous-time adaptation.
- Useful for time-series, control, and embodied intelligence.
- Lorenz Attractor (Deterministic Chaos)
- Classic chaotic system with sensitive dependence on initial conditions.
- Monte Carlo perturbations visualize trajectory divergence.
- Perceptual Flash Protocols (Visual Routines)
- Rapid temporal patterning designed to disrupt habitual attention and invite exploration.
- Cognitive Externalization (Mnemonic Ledger)
- Speculative interface for logging thought prompts and associations.
This repository focuses on artistic research and HCI prototyping. Implementations are simplified and designed for demonstration.
- These artifacts are art/research prototypes. They are not medical devices and make no therapeutic, diagnostic, or surveillance claims.
- Do not operate visual flash sequences if you are photo‑sensitive or advised to avoid strobing stimuli.
- Respect privacy: any logging mechanism should be used with explicit consent and local, secure storage.
Are these real objects? Yes—functional prototypes with working payloads where noted.
Can I buy one? Limited runs may be produced. For inquiries, reach out below.
Can I contribute code or research? PRs and issues are welcome—especially for reproducibility, simulation improvements, and documentation.
If you reference this work, please cite the paper:
@inproceedings{unorthodox2025tangible,
title = {Tangible Algorithmics: Physicalizing Abstract Mathematical Dynamics},
author = {Utah Hans, Utah Creates},
year = {2025},
booktitle = {Proceedings / Leonardo (MIT Press) — Submission},
url = {https://github.com/your-org/your-repo/hci_paper.pdf}
}
Unless otherwise noted:
- Code and text are released under MIT (Leonardo).
- Images/renderings are provided for research and documentation; check provenance before commercial reuse.
- Department of Unorthodox Engineering
- "The Future is Unwritten, but it is Deterministic."
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