I am the author (Eric). I come from a non-traditional background: 5 years in nursing and time spent on construction sites.
I realized that many engineering problems are actually "unresolved computations" of physical constraints. For example, pipeline conflicts in a ceiling are just spatial weight failures.
This project, "Heterogeneous Agent Protocol," is a Proof of Concept derived purely from logic, thermodynamics, and biomimicry, without writing traditional code. I used LLMs as my compiler to translate these physical intuitions into system architecture.
One key outcome is the "Kintsugi Protocol" (Case B in README): A swarm navigation method that uses "dead" units as static signage to navigate without bandwidth—a logic derived from observing ant death pheromones and construction waste.
I'm looking for feedback on the logic structure and potential collaborators who understand that algorithms can be derived from physical laws, not just syntax.
Full architecture and philosophy are in the README. Thanks for reading.
Hi HN,
I am the author (Eric). I come from a non-traditional background: 5 years in nursing and time spent on construction sites.
I realized that many engineering problems are actually "unresolved computations" of physical constraints. For example, pipeline conflicts in a ceiling are just spatial weight failures.
This project, "Heterogeneous Agent Protocol," is a Proof of Concept derived purely from logic, thermodynamics, and biomimicry, without writing traditional code. I used LLMs as my compiler to translate these physical intuitions into system architecture.
One key outcome is the "Kintsugi Protocol" (Case B in README): A swarm navigation method that uses "dead" units as static signage to navigate without bandwidth—a logic derived from observing ant death pheromones and construction waste.
I'm looking for feedback on the logic structure and potential collaborators who understand that algorithms can be derived from physical laws, not just syntax.
Full architecture and philosophy are in the README. Thanks for reading.