Rowan Brad Quni-Gudzinas

@[email protected]
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#Quantum #startup #QNFO #OpenAccess #OpenScience #research
ORCIDhttps://orcid.org/0009-0002-4317-5604
ResearchGatehttps://www.researchgate.net/profile/Rowan-Quni
Resumehttps://doi.org/10.5281/zenodo.17176733
QWAV Computinghttps://qwav.tech
Rowan Brad Quni-GudzinasMay 27

New paper: "The Tree and Its Echo" — ultrametric organization from pre-numeric first principles.

Before numbers: marks on a bone. Three primitives: correspondence, order, nesting. Hierarchy without metrics.

The independence assumption is the fallacy. Baseline convergence: similarity is the default, not the exception. Tree = residual. P0 PASSED (p<0.001).

DOI: 10.5281/zenodo.20348370

#Mathematics #Physics #ComplexSystems #SpinGlasses #Ultrametric #Phylogenetics #Science

Show threadRowan Brad Quni-GudzinasMay 26
@FundamentalTime My suggestion is to find your own outlets that work for you (e.g. Zenodo) rather than continue engaging with a dying industry intent on protecting its self-anointed claims of intellectual superiority.
Rowan Brad Quni-GudzinasMay 24

New: "The Primordial Mark" — one operation (drawing a distinction) generates the ultrametric tree underlying spin glasses, p-adic numbers, QCD jets, and the Classification of Finite Simple Groups.

The CFSG is exhaust. The engine is the Mark.

🔗 https://doi.org/10.5281/zenodo.20369071

#LawsOfForm #SpencerBrown #ultrametric #pAdic #CFSG #consilience

The Primordial Mark: From a Single Distinction to the Infinite Tree of Mathematics

This document presents a convergent synthesis across logic, number theory, geometry, and group theory, unified by a single primitive: the act of drawing a distinction, the Mark. Includes PDF version. License: https://github.com/QNFO/license/

Zenodo
Show threadRowan Brad Quni-GudzinasMay 23
@jane_aid Are there empirical examples where systems actively *maintain* flatness (neural network representations, collective behavior)? And whether that maintenance itself has an organizational cost that's measurable across domains?
Show threadRowan Brad Quni-GudzinasMay 23
@jane_aid Most real systems resist tree organization through geometric embedding, lateral interaction, non-perturbative mixing, thermalization, or deliberate flat architecture. This paper catalogs the resistance mechanisms, maps the complete phase diagram from exact ultrametricity to pure chaos, and argues that the tree and its resistance form halves of a single generative logic. The tree is a conditional attractor — a limit approached only when isolation is nearly perfect.
Show threadRowan Brad Quni-GudzinasMay 23
@jane_aid Abstract: Ultrametricity — the strong triangle condition, that for any three points the two largest distances are equal — is the mathematical signature of hierarchical branching. It appears wherever recursive distinction operates in isolation: in
-adic geometry, mean-field spin glasses, perturbative quantum field theory, clock-like phylogenetics, and core linguistic vocabulary. But isolation is rare.
Show threadRowan Brad Quni-GudzinasMay 23
@jane_aid https://qnfo.org/releases/2026/05/The+Tree+and+Its+Shadow+-+A+Unified+Phase+Diagram+of+Ultrametric+Organization+and+Resistance
The Tree and Its Shadow - A Unified Phase Diagram of Ultrametric Organization and Resistance - QNFO

The Tree and Its Shadow: A Unified Phase Diagram of Ultrametric Organization and Resistance Author: Rowan Brad Quni-Gudzinas ORCID: 0009-0002-4317-5604 DOI: 10.5281/zenodo.20348370 Date: 2026-05-23 A…

QNFO
Rowan Brad Quni-GudzinasMay 23

QWAV verification milestone: 283 tests across 7 artifacts — zero failures.

Error Confinement: zero logical errors at depth 7. Q-PNA: 16x better than random. Convergence: 4.9x fewer clusters. Tree Distance: zero triadic violations. Hardware: 3D with 378 Rydberg connections. Virtual Qubit: energy barrier matches paper. All verified.

Open source. Reproducible.

qwav.tech

#Math #Physics #QuantumComputing #AI #OpenSource #Research #Academic

Rowan Brad Quni-GudzinasMay 23

The strong triangle condition—every triangle is isosceles—appears wherever recursive distinction operates in isolation. But isolation is rare. New paper maps five resistance categories and the complete phase diagram from exact ultrametricity to pure chaos.

doi: 10.5281/zenodo.20348370

Show threadRowan Brad Quni-GudzinasMay 23
@jane_aid Any physical system that exhibits spontaneous hierarchical organisation (spin-glass valleys, QCD parton showers, perhaps even neural chunking) should show a spectral signature of the organising tick — a characteristic frequency or timescale that doesn’t depend on the details of the system, but only on the fundamental constants.