(Updated) Catalog: Canvas Model and CTM Predictions — 152 Derived Results from Eight Primitives
收藏Zenodo2026-06-03 更新2026-06-05 收录
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资源简介:
The Canvas Model derives fundamental physical constants and phenomena from eight primitives and four core equations with zero free parameters. This catalog lists all predictions alongside their observed values. Entries marked "sim" are verified in numerical simulation. Entries marked "open" await experimental or observational confirmation.
What this catalog contains:
· 97 known numbers reproduced from first principles, including: · Number of spatial dimensions (d = 3), axis orthogonality (\theta = \pi/2), number of fermion generations (3), gauge group (U(1)×SU(2)×SU(3)) · Fine-structure constant (\alpha^{-1} \approx 137.0), cosmological constant (\Omega_\Lambda \approx 0.6845), scalar spectral index (n_s \approx 0.964) · CKM parameters (\lambda \approx 0.22, V_{us} \approx 0.224, Jarlskog invariant J \sim 2.67 \times 10^{-5}), PMNS mixing angles (\theta_{12} \approx 33.1^\circ, \theta_{23} = 45^\circ, \theta_{13} \approx 9.5^\circ) · Fundamental physical constants (proton mass, electron mass, neutron-proton mass difference, QCD scale \approx 200 MeV, muon magnetic anomaly, Rydberg constant, Bohr radius, Compton wavelength, Thomson cross section) · Weak scale parameters (weak mixing angle \sin^2\theta_W \approx 0.231, W and Z boson masses, Higgs VEV v \approx 246 GeV) · Quark and lepton masses (top, bottom, charm, strange, up, down, tau, muon) · Neutrino oscillation splittings (\Delta m^2_{21} \approx 7.5 \times 10^{-5} eV², \Delta m^2_{32} \approx 2.5 \times 10^{-3} eV²) · Cosmological parameters (baryon density \Omega_B \approx 0.05, Hubble constant H_0 \approx 67.4 km/s/Mpc, CMB temperature T_{\text{CMB}} \approx 2.725 K, recombination redshift z_{\text{rec}} \approx 1100, sound horizon r_s \approx 150 Mpc) · Big Bang Nucleosynthesis abundances (helium-4 Y_p \approx 0.245, deuterium D/H \approx 2.5 \times 10^{-5}, lithium-7 ^7\text{Li}/H \approx 1.6 \times 10^{-10}) · Waveform asymmetry (T_{\text{rise}}/T_{\text{fall}} = \pi/2 \approx 1.5708, verified in simulation to 1.568 \pm 0.012) · Harmonic analysis predictions (first harmonic phase shift \phi_1 \approx 0.697 rad, measured 0.698 \pm 0.015 rad; second harmonic suppression |\hat{\psi}_2|/|\hat{\psi}_1| \approx 0.257, measured 0.253 \pm 0.008) · UWE locked weights (a = 1, b = 1/3, c = d = 1/[137(1+\pi/2)] \approx 0.00284) · Internal lattice parameter \beta \approx 1.868 (fit to m_c) · Inflation e-folds N \sim e^4 \approx 55, spacetime threshold R_{ST} = 4, baryon threshold ratio T_0/T_{\text{rh}} = 12 · Spectral gap of the prime lattice (\lambda_1 \geq 1/8), Cheeger constant h = 1/2, Plank threshold T_{ST} = h · Cycloid ratio \gamma/(h^2/2) \approx 50, verified analytically · Three-body escape time exponential distribution, critical exponent \nu = 1/2, Lyapunov exponent scaling \lambda \propto \sqrt{e - e_c}, Cheeger constant scaling h(E) \propto \sqrt{E}· 55 novel predictions, including: · \pi/2 waveform asymmetry (lab test awaiting experiment) · No fourth generation of fermions (consistent with LHC) · No extra spatial dimensions (d = 3 exactly) · No supersymmetry at any scale (consistent with LHC) · No proton decay (consistent with Super-K) · No magnetic monopoles · Tensor-to-scalar ratio r \ll 0.01 (testable by CMB-S4/LiteBIRD) · Dark energy equation of state w + 1 \sim 10^{-2} (testable by DESI/Euclid) · Time variation of \dot{\alpha}/\alpha \sim 10^{-17} yr⁻¹ (testable by atomic clocks) · Dark matter candidate: Planck-mass black hole remnants · Neutrino mass ordering (normal), neutrinoless double beta decay T_{1/2} \sim 10^{28} yr, lepton flavor violation < 10^{-15} · Electron EDM d_e < 10^{-30} e\cdotcm · Hubble tension reduction \Delta H_0 \approx +3 to +5 km/s/Mpc (partially resolved) · Right-handed neutrino mass M_R \sim 10^{14} GeV · Axion mass m_a \sim 10^{-5} eV (if axion exists) · Gauge coupling unification at \Lambda_{\text{GUT}} · No tachyon, no worldsheet SUSY, no exotic gauge representations · No multiverse (single universe) · Actual infinity impossible, truth is spectral (CTM axioms)· A summary table: 97 known numbers reproduced, 55 novel predictions, 152 total entries. All derived from eight primitives and four core equations with zero free parameters.
Why this matters:
This catalog demonstrates the breadth and precision of the Canvas Model. It is a living document; updates will be published as new predictions are confirmed and as simulation and experimental results become available.
Keywords: Canvas Model, predictions, catalog, fine-structure constant, cosmological constant, CKM matrix, PMNS matrix, fermion masses, inflation, dark matter, waveform asymmetry, three-body problem, prime lattice, zero free parameters
Canvas模型(Canvas Model)无需任何自由参数,仅通过8个原始基元与4个核心方程即可推导出全部基础物理常数与物理现象。本目录收录了所有理论预言值及其对应的观测值。标记为"sim"的条目已通过数值模拟验证,标记为"open"的条目则有待实验或观测证实。
本目录包含以下内容:
· 97项由第一性原理重现的已知物理量,包括:
· 空间维度数(d=3)、轴正交性(θ=π/2)、费米子代数量(3)、规范群(U(1)×SU(2)×SU(3))
· 精细结构常数(fine-structure constant,α⁻¹≈137.0)、宇宙学常数(cosmological constant,Ω_Λ≈0.6845)、标量谱指数(scalar spectral index,n_s≈0.964)
· CKM参数(CKM parameters,λ≈0.22、V_us≈0.224、贾尔斯科格不变量(Jarlskog invariant)J~2.67×10⁻⁵)、PMNS混合角(PMNS mixing angles,θ₁₂≈33.1°、θ₂₃=45°、θ₁₃≈9.5°)
· 基础物理常数(质子质量、电子质量、质子-中子质量差、量子色动力学标度(QCD scale)≈200 MeV、μ子磁矩反常(muon magnetic anomaly)、里德伯常数(Rydberg constant)、玻尔半径(Bohr radius)、康普顿波长(Compton wavelength)、汤姆孙截面(Thomson cross section))
· 弱标度参数(弱混合角(weak mixing angle)sin²θ_W≈0.231、W与Z玻色子质量、希格斯真空期望值(Higgs VEV)v≈246 GeV)
· 夸克与轻子质量(quark and lepton masses,顶夸克、底夸克、粲夸克、奇异夸克、上夸克、下夸克、τ轻子、μ轻子)
· 中微子振荡质量平方差(neutrino oscillation splittings,Δm²₂₁≈7.5×10⁻⁵ eV²、Δm²₃₂≈2.5×10⁻³ eV²)
· 宇宙学参数(重子密度Ω_B≈0.05、哈勃常数(Hubble constant)H₀≈67.4 km/s/Mpc、宇宙微波背景温度(CMB temperature)T_CMB≈2.725 K、复合红移(recombination redshift)z_rec≈1100、声视界(sound horizon)r_s≈150 Mpc)
· 大爆炸核合成(Big Bang Nucleosynthesis)丰度(氦-4 Y_p≈0.245、氘D/H≈2.5×10⁻⁵、锂-7 ⁷Li/H≈1.6×10⁻¹⁰)
· 波形不对称性(waveform asymmetry,T_rise/T_fall=π/2≈1.5708,数值模拟验证结果为1.568±0.012)
· 谐波分析预言(一次谐波相移(first harmonic phase shift)φ₁≈0.697 rad,实测值为0.698±0.015 rad;二次谐波抑制(second harmonic suppression)比|ψ̂₂|/|ψ̂₁|≈0.257,实测值为0.253±0.008)
· UWE锁定权重(UWE locked weights,a=1、b=1/3、c=d=1/[137(1+π/2)]≈0.00284)
· 内部晶格参数(internal lattice parameter)β≈1.868(拟合粲夸克质量所得)
· 暴胀e折叠数(inflation e-folds)N~e⁴≈55、时空阈值(spacetime threshold)R_ST=4、重子阈值比率(baryon threshold ratio)T₀/T_rh=12
· 素数晶格的谱隙(spectral gap of the prime lattice,λ₁≥1/8)、切赫常数(Cheeger constant)h=1/2、普朗克阈值(Plank threshold)T_ST=h
· 摆线比率(cycloid ratio)γ/(h²/2)≈50,已通过解析方法验证
· 三体逃逸时间指数分布(three-body escape time exponential distribution)、临界指数(critical exponent)ν=1/2、李雅普诺夫指数标度(Lyapunov exponent scaling)λ∝√(e-e_c)、切赫常数标度h(E)∝√E
· 55项全新预言,包括:
· π/2波形不对称性(实验室测试有待开展)
· 不存在第四代费米子(与大型强子对撞机(LHC)观测结果一致)
· 不存在额外空间维度(d=3为精确值)
· 所有能标下均不存在超对称性(与大型强子对撞机(LHC)观测结果一致)
· 不存在质子衰变(与超级神冈探测器(Super-K)观测结果一致)
· 不存在磁单极子
· 张量-标量比(tensor-to-scalar ratio)r≪0.01(可通过CMB-S4/LiteBIRD实验验证)
· 暗能量状态方程(dark energy equation of state)w+1~10⁻²(可通过DESI/Euclid实验验证)
· 精细结构常数的时间变化率α̇/α~10⁻¹⁷ yr⁻¹(可通过原子钟实验验证)
· 暗物质候选体:普朗克质量黑洞遗迹
· 中微子质量序为正序、无中微子双β衰变寿命T_{1/2}~10²⁸ yr、轻子味破坏强度<10⁻¹⁵
· 电子电偶极矩(electron EDM)d_e<10⁻³⁰ e·cm
· 哈勃张力缓解量ΔH₀≈+3至+5 km/s/Mpc(已部分解决)
· 右手中微子质量(right-handed neutrino mass)M_R~10¹⁴ GeV
· 轴子质量(axion mass)m_a~10⁻⁵ eV(若轴子存在)
· 规范耦合统一能标Λ_GUT
· 不存在快子(tachyon)、不存在世界面超对称性(worldsheet SUSY)、不存在奇异规范表示
· 不存在多重宇宙(multiverse,仅存在单一宇宙)
· 实际无穷大不存在,真理具有谱特性(CTM axioms)
本目录包含一张汇总表:共收录97项已重现的已知物理量、55项全新预言,总计152条条目。所有结果均由8个原始基元与4个核心方程推导而来,无需任何自由参数。
本目录的意义在于:它展示了Canvas模型的普适性与预测精度。本目录为动态更新文档,随着新预言得到证实、数值模拟与实验结果陆续发布,后续将持续更新内容。
关键词:Canvas模型(Canvas Model)、理论预言、目录、精细结构常数(fine-structure constant)、宇宙学常数(cosmological constant)、CKM矩阵(CKM matrix)、PMNS矩阵(PMNS matrix)、夸克与轻子质量(quark and lepton masses)、暴胀(inflation)、暗物质(dark matter)、波形不对称性(waveform asymmetry)、三体问题(three-body problem)、素数晶格(prime lattice)、零自由参数(zero free parameters)
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Zenodo创建时间:
2026-06-03



