Next-Generation Quantum Computer: Qutrit Architecture on φ-Tori with Self-Referential Error Correction

Anton Pankratov(independent)·
quantum computerqutritternaryφ-torusKAM theoremself-referential correctiondecoherencespiral gapGarcía-Pintosquantum arrow of timeIBMGoogle

Abstract

Аннотация

RU

Предложена архитектура квантового компьютера следующего поколения на основе ODTOE, отличающаяся от IBM/Google/IonQ пятью параметрами: (1) базис кутритов (d=3) вместо кубитов — ёмкость ×1,585; (2) φ-тороидальная топология связей с R/r=φ, максимальная устойчивость по КАМ; (3) φ-импульсное управление, устраняющее резонансные ошибки; (4) самореференциальная Ô(Ô)-коррекция — непрерывный мониторинг когерентности с реконфигурацией в реальном времени; (5) спиральный зазор (π−3)²≈2% как архитектурный порог ошибок — вдвое выше порога поверхностных кодов, что делает архитектуру работоспособной на существующем оборудовании.

Abstract

EN

A next-generation quantum computer architecture based on ODTOE is proposed, differing from IBM/Google/IonQ in five parameters: (1) qutrit (d=3) basis instead of qubit — 1.585× information capacity; (2) φ-toroidal coupling topology with R/r=φ, maximum KAM stability; (3) φ-pulse control sequences eliminating resonant errors; (4) self-referential Ô(Ô)-correction — continuous coherence monitoring with real-time reconfiguration; (5) spiral gap (π−3)²≈2% as architectural error threshold — twice the surface code threshold, making the architecture viable on existing hardware.

摘要

ZH

提出了基于ODTOE的下一代量子计算机架构,与IBM/Google/IonQ在五个参数上有所不同:(1)三进制量子位(d=3)基础代替量子位——容量×1.585;(2)R/r=φ的φ-环耦合拓扑,KAM最大稳定性;(3)φ脉冲控制序列消除谐振误差;(4)自引用Ô(Ô)校正——实时重配置的连续相干性监控;(5)螺旋间隙(π−3)²≈2%作为架构误差阈值——是表面码阈值的两倍。

Subjects & Identifiers

Subjects:
General Physics (physics.gen-ph) · quantum computer · qutrit · ternary · φ-torus · KAM theorem · self-referential correction · decoherence · spiral gap · García-Pintos · quantum arrow of time · IBM · Google
Category:
Physics and Technology · Физика и технологии
Authors:
Anton Pankratov (independent researcher)
Submitted:
Last modified:
Languages:
Russian (primary), English
Permanent URL:
https://odtoe.org/en/articles/quantum-computer-v2
Journal:
Observer-Dependent Theory of Everything (ODTOE Corpus)
Comments:
For research collaboration or corrections, contact via /contact. Citations and academic engagement welcome.

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APA-like
Pankratov A. "Next-Generation Quantum Computer: Qutrit Architecture on φ-Tori with Self-Referential Error Correction." Observer-Dependent Theory of Everything, odtoe.org, 2026. https://odtoe.org/en/articles/quantum-computer-v2
BibTeX[ click to expand ]
@article{pankratov2026quantumComputerV2,
  author    = {Pankratov, Anton},
  title     = {Next-Generation Quantum Computer: Qutrit Architecture on φ-Tori with Self-Referential Error Correction},
  journal   = {Observer-Dependent Theory of Everything},
  year      = {2026},
  month     = {Mar},
  url       = {https://odtoe.org/en/articles/quantum-computer-v2},
  publisher = {odtoe.org}
}
RIS (EndNote / Reference Manager)[ click to expand ]
TY  - JOUR
AU  - Pankratov, Anton
TI  - Next-Generation Quantum Computer: Qutrit Architecture on φ-Tori with Self-Referential Error Correction
JO  - Observer-Dependent Theory of Everything
PY  - 2026
DA  - 2026-03-21
UR  - https://odtoe.org/en/articles/quantum-computer-v2
PB  - odtoe.org
ER  - 
Next-Generation Quantum Computer: Qutrit Architecture on φ-Tori with Self-Referential Error Correction