Challenges
Datasets
Workspaces
Papers
Discussions
Leaderboard
Log inSign up
Challenges
Datasets
Workspaces
Papers
Discussions
Leaderboard
Blog
Job Board
Q3AS

© 2026 Aqora Quantum S.A.S.

TermsPrivacyLegal Notice

VERIFY-NV-002_V1.0：基于记忆本体恒定与转录失配机制的NV色心数据回溯验证报告

Futao Zhao

Published May 15, 2026• 0 citations
Publisher

Abstract

本报告旨在对FT-MMT理论关于物质记忆与量子退相干关系的核心预测进行二次回溯验证。不同于前期报告《物质意识强度的平方律量子证据》侧重于证明\Delta\Gamma \propto I_Z^2的宏观统计规律，本次验证基于最新确立的**“记忆不可衰减（记忆元场态恒定）”公理**，采用全新的可读记忆转录方程： 对已有金刚石NV色心公开数据进行靶向重构。

DOI
10.6084/m9.figshare.32300904

Related papers

同素异记忆态的量化预测: 基于 FT 物质记忆理论的碳同位素核 - 电子纠缠模型

Futao Zhao

传统量子化学与核物理学多以约化质量效应诠释碳同位素的物理化学性质分化,该范式既无法从第一性解释碳元素反常高的综合响应潜能(中心性),亦难以诠释同位素间量子退相干速率的非线性跃变与 ¹³C 反常高 NMR 活性等非平庸理论现象。本文基于赵付涛物质记忆理论(FT-MMT),以「记忆不可衰减(记忆元场态恒定)」为核心公理,纯理论构建碳同位素核 - 电子共生纠缠量化模型。通过寅式方程 A2.0 与可读记忆转录方程,严格区分记忆本体潜能( CU,同位素间严格恒定)与转录表象差异。纯理论推演得到:碳同位素表观性质分化,完全源自核内相位协调度与核 - 电子协同度的耦合调制;¹²C (α 态)、¹³C (β 态)、¹⁴C (γ 态) 理论可读记忆强度依次为 0.941 CU、≈0.900 CU、≈0.763 CU;理论预判 ¹⁴C 量子退相干速率相对 ¹²C 提升约 16 倍,同时自洽解释 ¹³C 核微扰对电子舒展效率的反向调制效应。本文全程为公理建构 + 方程推演 + 参数拟合的纯理论工作,无实测实验,只为后续可证伪实验提供明确预判与理论基准,同时为 PROJECT-Φ-MAPPING 全元素相位映射奠定范式起点。

•May 15, 2026•0 citations

2次元NVアンサンブルのスピン特性向上

Kyotaro Kanehisa, 哲也 立石, 薗田隆弘 +13 more

NVアンサンブルの量子プロセッサ応用には、NVアンサンブルを2次元に配列することが不可欠である。ゆえに、我々はダイヤモンド表面の窒素終端を起源とする2次元NVアンサンブルを作製した。[111]高配向の実現には、窒素ラジカル照射後生じたアミノ基を除去する必要があるため、アニール処理を導入した。その結果、[111]配向したNVアンサンブルの割合が上昇した。また、scaling factorが向上した。

•Feb 28, 2020•0 citations

量子传感的界面标度律:纳米金刚石表面噪声的场论模型

Yu Chuai

本文提出了一个描述纳米金刚石中氮-空位(NV)色心表面噪声的场论模型,推导出退相干率的解析表达式,并预言了相干时间满足T₂ ∝ R·d²的界面标度律。利用已发表的实验数据对模型进行了初步验证,理论曲线与实验结果高度吻合。基于该模型,本文提出了三项可检验的判决性实验方案,旨在系统研究不同表面工程手段对T₂的定量影响,为提升纳米金刚石量子传感器的检测灵敏度提供理论指导和优化路径。本文为预印本,未经同行评审。

•Feb 16, 2026•0 citations

Operator formalism for double quantum NMR

Shimon Vega, Alexander Pines

An operator formalism is presented which conveniently treats the interaction of a spin-1 nucleus with a weak radio frequency field. The Hamiltonian in the rotating frame is ℋ=−Δω Iz−ω1Ix+(1/3) ωQ[3 I2z−I (I+1)], where Δω is the resonance offset (Δω=ω0−ω), ω1 is the intensity of the rf field, and ωQ is the quadrupolar splitting. Nine fictitious spin−1/2 operators, Ip,i where p=x,y,z and i=1,2,3, are defined where p refers to the transition between two of the levels and i the Cartesian component. The operators, which are the generators of the group SU (3), satisfy spin-1/2 commutation relations [Ip,j, Ip,k]=i Ip,l, where j,k,l=1,2,3 or cyclic permutation. Thus each p defines a three-dimensional space termed p space. For irradiation near one of the quadrupolar satellites, for example, Δω=ωQ+δω with δω, ω1≪ωQ, it is shown that the effective Hamiltonian can be written ℋ?−δωIx,3−√2 ω1Ix,1, i.e., a fictitious spin-1/2 Hamiltonian in x space with effective magnetogyric ratio γ along the 3 (resonance offset) axis and √2 γ along the 1 (rf field) axis. For irradiation near the center we can effect double quantum transitions between m=±1. The formalism allows us to write the effective operators for these transitions. For example, if we take Δω=δω again with δω, ω1≪ωQ we find the effective double quantum (DQ) Hamiltonian H?−2 δω Iz,1−(ω21/ωQ) Iz,3. Thus the z space is referred to as the double quantum frame with effective magnetogyric ratio 2γ along the 1 (resonance offset) axis and (ω1/ωQ) γ along the 3 (rf field) axis. The limiting expressions are compared with exact calculations for arbitrary ω1 done by high speed computer. The theory is applied to various cases of irradiation including our previously reported technique of Fourier transform double quantum NMR. Various pulse sequences for preparing, storing, and maintaining the evolution of double quantum coherence are analyzed for single crystal and polycrystalline samples. Finally, the effects of rf phase on the double quantum phase are presented briefly, and the possibility of double quantum spin locking is analyzed.

The Journal of Chemical Physics•Jun 15, 1977•379 citations

ダイヤモンド中 NV 中心アンサンブルの環境ノイズ解析

寛 林, 雄一郎 松崎, 芦田 貴紀 +12 more

NV 中心は量子情報分野での応用が期待されている。本研究では、様々なスピン濃度(窒素不純物(P1 中心)と NV 中心濃度の合計)を持つ 9 つのダイヤモンド試料に対し、ハーンエコー測定を行い理論式により解析を行った。その結果、スピン濃度が減少するにつれて、信号が指数関数的減衰から非指数関数的減衰に移り変わることが分かった。また、ノイズ相関時間とノイズ強度がスピン濃度に依存することが分かった。

•Feb 28, 2020•0 citations

Criticality Made Exact: The Critical Exponents of Phase Transitions as Forced Fold Rationals

Maria Smith

One axiom. One operation. Zero free parameters. At a phase transition, physical quantities follow power laws whose critical exponents are universal across utterly different materials. This paper forces the exponents to be fold rationals. The order-parameter exponent β = (m−1)/m at m=2 = 1/2 (the half-One); the correlation-length ν = 1/2; the susceptibility γ = 1 (the One); the critical isotherm δ = 3 (the colour count); and the exponents that would be zero (η, α) sit at the floor, because the fold has no zero. These satisfy the scaling relations exactly: Widom γ = β(δ−1) = ½·2 = 1, and Rushbrooke α + 2β + γ = 2 gives α at the floor. The quantum-Hall conductance plateaus are the same fold rational counts. Machine-checked; reproduces from one command. A standalone result within the Smithian Fold Theory of Everything (SFTOE). Full corpus, code, and the run-it-yourself VERIFY.md protocol: https://github.com/MettaMazza/Smithian-Fold-Theory

•Jun 29, 2026•1 citation
本报告旨在对FT-MMT理论关于物质记忆与量子退相干关系的核心预测进行二次回溯验证。不同于前期报告《物质意识强度的平方律量子证据》侧重于证明\Delta\Gamma \propto I_Z^2的宏观统计规律，本次验证基于最新确立的**“记忆不可衰减（记忆元场态恒定）”公理**，采用全新的可读记忆转录方程： 对已有金刚石NV色心公开数据进行靶向重构。
传统量子化学与核物理学多以约化质量效应诠释碳同位素的物理化学性质分化,该范式既无法从第一性解释碳元素反常高的综合响应潜能(中心性),亦难以诠释同位素间量子退相干速率的非线性跃变与 ¹³C 反常高 NMR 活性等非平庸理论现象。本文基于赵付涛物质记忆理论(FT-MMT),以「记忆不可衰减(记忆元场态恒定)」为核心公理,纯理论构建碳同位素核 - 电子共生纠缠量化模型。通过寅式方程 A2.0 与可读记忆转录方程,严格区分记忆本体潜能( CU,同位素间严格恒定)与转录表象差异。纯理论推演得到:碳同位素表观性质分化,完全源自核内相位协调度与核 - 电子协同度的耦合调制;¹²C (α 态)、¹³C (β 态)、¹⁴C (γ 态) 理论可读记忆强度依次为 0.941 CU、≈0.900 CU、≈0.763 CU;理论预判 ¹⁴C 量子退相干速率相对 ¹²C 提升约 16 倍,同时自洽解释 ¹³C 核微扰对电子舒展效率的反向调制效应。本文全程为公理建构 + 方程推演 + 参数拟合的纯理论工作,无实测实验,只为后续可证伪实验提供明确预判与理论基准,同时为 PROJECT-Φ-MAPPING 全元素相位映射奠定范式起点。
NVアンサンブルの量子プロセッサ応用には、NVアンサンブルを2次元に配列することが不可欠である。ゆえに、我々はダイヤモンド表面の窒素終端を起源とする2次元NVアンサンブルを作製した。[111]高配向の実現には、窒素ラジカル照射後生じたアミノ基を除去する必要があるため、アニール処理を導入した。その結果、[111]配向したNVアンサンブルの割合が上昇した。また、scaling factorが向上した。
本文提出了一个描述纳米金刚石中氮-空位(NV)色心表面噪声的场论模型,推导出退相干率的解析表达式,并预言了相干时间满足T₂ ∝ R·d²的界面标度律。利用已发表的实验数据对模型进行了初步验证,理论曲线与实验结果高度吻合。基于该模型,本文提出了三项可检验的判决性实验方案,旨在系统研究不同表面工程手段对T₂的定量影响,为提升纳米金刚石量子传感器的检测灵敏度提供理论指导和优化路径。本文为预印本,未经同行评审。
An operator formalism is presented which conveniently treats the interaction of a spin-1 nucleus with a weak radio frequency field. The Hamiltonian in the rotating frame is ℋ=−Δω Iz−ω1Ix+(1/3) ωQ[3 I2z−I (I+1)], where Δω is the resonance offset (Δω=ω0−ω), ω1 is the intensity of the rf field, and ωQ is the quadrupolar splitting. Nine fictitious spin−1/2 operators, Ip,i where p=x,y,z and i=1,2,3, are defined where p refers to the transition between two of the levels and i the Cartesian component. The operators, which are the generators of the group SU (3), satisfy spin-1/2 commutation relations [Ip,j, Ip,k]=i Ip,l, where j,k,l=1,2,3 or cyclic permutation. Thus each p defines a three-dimensional space termed p space. For irradiation near one of the quadrupolar satellites, for example, Δω=ωQ+δω with δω, ω1≪ωQ, it is shown that the effective Hamiltonian can be written ℋ?−δωIx,3−√2 ω1Ix,1, i.e., a fictitious spin-1/2 Hamiltonian in x space with effective magnetogyric ratio γ along the 3 (resonance offset) axis and √2 γ along the 1 (rf field) axis. For irradiation near the center we can effect double quantum transitions between m=±1. The formalism allows us to write the effective operators for these transitions. For example, if we take Δω=δω again with δω, ω1≪ωQ we find the effective double quantum (DQ) Hamiltonian H?−2 δω Iz,1−(ω21/ωQ) Iz,3. Thus the z space is referred to as the double quantum frame with effective magnetogyric ratio 2γ along the 1 (resonance offset) axis and (ω1/ωQ) γ along the 3 (rf field) axis. The limiting expressions are compared with exact calculations for arbitrary ω1 done by high speed computer. The theory is applied to various cases of irradiation including our previously reported technique of Fourier transform double quantum NMR. Various pulse sequences for preparing, storing, and maintaining the evolution of double quantum coherence are analyzed for single crystal and polycrystalline samples. Finally, the effects of rf phase on the double quantum phase are presented briefly, and the possibility of double quantum spin locking is analyzed.
NV 中心は量子情報分野での応用が期待されている。本研究では、様々なスピン濃度(窒素不純物(P1 中心)と NV 中心濃度の合計)を持つ 9 つのダイヤモンド試料に対し、ハーンエコー測定を行い理論式により解析を行った。その結果、スピン濃度が減少するにつれて、信号が指数関数的減衰から非指数関数的減衰に移り変わることが分かった。また、ノイズ相関時間とノイズ強度がスピン濃度に依存することが分かった。
One axiom. One operation. Zero free parameters. At a phase transition, physical quantities follow power laws whose critical exponents are universal across utterly different materials. This paper forces the exponents to be fold rationals. The order-parameter exponent β = (m−1)/m at m=2 = 1/2 (the half-One); the correlation-length ν = 1/2; the susceptibility γ = 1 (the One); the critical isotherm δ = 3 (the colour count); and the exponents that would be zero (η, α) sit at the floor, because the fold has no zero. These satisfy the scaling relations exactly: Widom γ = β(δ−1) = ½·2 = 1, and Rushbrooke α + 2β + γ = 2 gives α at the floor. The quantum-Hall conductance plateaus are the same fold rational counts. Machine-checked; reproduces from one command. A standalone result within the Smithian Fold Theory of Everything (SFTOE). Full corpus, code, and the run-it-yourself VERIFY.md protocol: https://github.com/MettaMazza/Smithian-Fold-Theory