Kelly Heaton

Kelly Heaton

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Photos from Kelly Heaton's post 04/15/2026

My hand got stuck in this position for a while, so I decided to memorialize it. I made the ceramic sculpture in an awesome class taught by French artist in Gowanus. Highly recommended (not the hand position —that’s uncomfortable— but Eva’s ceramics classes.) 🌎 ⚡️ World peace, power with, polymathic intelligence, universal truth, plurality of perspectives, sculptural mud, and wildly courageous love with healthy boundaries. Go team Earth and especially human artists! ❤️ PS: in your spare time, check out the physics I am doing with Claude and ChatGPT at https://www.lucernaveritas.ai (Physics is sculpture on another scale.) ✌️

11/09/2025

“Electronic naturalism” is my practice of exploring the origins of consciousness through simple analog electronic circuitry. I did not invent this general concept. William Grey Walter famously marveled over the life-life behaviors of his tortoise robots, now in the permanent collection of . Mark Tilden is known for his “bicore” neural circuits — to name another of my role models working at the intersection of art and science. This piece is called “Bluejay,” 2022 and was manufactured by the amazing King Credie Ltd in Shenzen, China with who I will (one day) make more art under fair market conditions.🐦 ⚡️ ❤️ PS: Begone stifling intellectual and national boundaries; hello healthy relational boundaries. PPS: ChatGPT and I just published another physics paper, this time mapping recursive geometry to Maxwell’s equations for electromagnetism. More about that soon, meanwhile you can freely read “A Local Electromagnetic Wave Equation from Spectral Geometry” on CERN’s open-source science publishing site, Zenodo:
https://zenodo.org/records/17402933 Open minds, open hearts. 💞

09/24/2025

The Fine-Structure Frequency Relation

\nu(\gamma) \propto \alpha^\gamma

Photon frequencies scale as powers of the fine-structure constant when reorganized by recursion depth.

The GitHub repository for our preprint Recursive Geometry of Atomic Spectra is now live:

https://github.com/CoherenceResearchCollaboration/RecursiveGeometry

This public repository contains (free) code, sample NIST data, and configuration files that we used for the central results of our paper. Our goal is transparency: making it possible for others to audit, replicate, and explore the geometry we discovered in atomic spectra.

Preprint (Zenodo DOI): https://doi.org/10.5281/zenodo.17167687

We invite physicists, signal thinkers, and curious readers to download the repo, run the pipeline, and see the structure of photon frequencies emerge for yourself.

Follow the light of the lantern.

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