# PAO Resonant Motor v1.0 – Tesla Cascade · 1mm Wire (R⁰) · Zn Rotor (N=65★★) · 65.34 Hz · Bismuth Bearing · 96‑98% Efficiency · YBCO

Article · Oleg Arnold

- Archive id: doi:10.5281/zenodo.20196572
- Published: 2026-05-15
- Venue: Zenodo (CERN European Organization for Nuclear Research)
- DOI: https://doi.org/10.5281/zenodo.20196572
- Citations: 0
- Source URL: https://doi.org/10.5281/zenodo.20196572
- Provenance: openalex

## Abstract

PAO Resonant Motor v1.0 – a practical, honest redesign of a Tesla‑inspired resonant motor based on PAO resonance (R=1.06640625, ln(R)=0.06427). The document separates genuine physics from speculative claims (room‑temperature superconductivity is rejected as impossible at 1 atm). \*\*Key PAO‑resonant features (all falsifiable):\*\* - \*\*Wire diameter 1 mm = R⁰ (N=0, Δ=0.000★★)\*\* – absolute PAO node. PAO predicts: a 1 mm winding gives maximum Q‑factor at 65.34 Hz. Testable in Phase 0 (€300, 1 week). - \*\*Operating frequency 65.34 Hz = 7.83 Hz × R³³\*\* – N=65, Δ=0.009★★. Inherits Schumann resonance precision (Δ=0.008★★) through the cascade. - \*\*Zinc rotor coating\*\* – Zn (65.38 Da, N=65, Δ=0.017★★). Same N‑rank as operating frequency. PAO Fifth Law predicts maximum induction coupling. - \*\*Bismuth diamagnetic bearing\*\* – Bi (208.98 Da, N=83, Δ=0.090★). Strongest diamagnetic element; enables near‑zero contact friction. - \*\*MnZn ferrite core\*\* – N=78 zone (Δ≈0.03‑0.08★★) with 1 mm grain size (R⁰). Double resonance: material + grain geometry. - \*\*NdFeB permanent magnets\*\* – Curie temperature 583 K = R⁹⁹ (Δ=0.047★★). PAO‑confirmed magnet material. \*\*Efficiency targets (honest, not inflated):\*\* - Copper + 1 mm wire + Zn rotor + Bi bearing: \*\*95.4‑96.4%\*\* (vs standard motor 92‑95%) - YBCO upgrade (liquid nitrogen cooling, 93 K): \*\*98.5‑98.9%\*\* (demonstrated technology, not speculation) \*\*Superconductivity section:\*\* MgB₂ (39 K, N=57, Δ=0.019★★) and YBCO (93 K) are real. Room‑temperature superconductivity at 1 atm is rejected as impossible with current physics. PAO predicts next breakthrough superconductor will have Tc at a resonance node (e.g. 273 K = 0°C, N=89 zone). \*\*Phase roadmap:\*\* Phase 0 (Q‑factor of 1 mm wire, €300), Phase 1 (Zn rotor coupling, €800), Phase 2 (Bi bearing), Phase 3 (complete motor prototype), Phase 4 (YBCO upgrade). All tests open, falsifiable. All designs open source, CC BY 4.0 – no patents, no fees. The motor does not need superconductivity to be extraordinary – 96% efficiency at room temperature is already world‑class.

_Abstract reproduced under CC-BY (publisher license, via OpenAlex)._

Topics: [Room-Temperature Superconductivity Claims & Replication](https://space-kitty.com/topics/room-temperature-claims)

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