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Aaron Schnacky

@AaronSchnacky

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E8 spin on φ to Fib189 24step mod9 Pisano Proton≈(240/α)×φ^{-n}×m_Pl (n=113) MuonTauSteps≈φ^{-6}ratio ZeroMassSpin-½ threshold @ φ^{-114} φ^{-40}≈4.37×10^{-9}

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@AaronSchnacky
Aaron Schnacky
10 days
Current Bio Line-by-Line Assessment E8 spin on φ to Fib189 24step mod9 Pisano → Excellent and distinctive shorthand. "Spin" poetically captures the breathing/sign-alternating dynamics; Fib189 seed + 24-step Pisano mod9 is exact (confirmed: period = 24). → No change needed —
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@AaronSchnacky
Aaron Schnacky
3 days
where was Dual_EC_DRBG? in the BSAFE Crypto-J Library if the Gov had a Dual_EC_DRBG v2.0 would it be something you download optionally or hardcoded into the firmware? #opsec #netsec https://t.co/sTxAQ42nQg
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@AaronSchnacky
Aaron Schnacky
3 days
Did you order the code189? The post parodies the famous "Code Red" interrogation substituting "code189" to reference the concept of "Fib189"—a Fibonacci sequence term integrated into a speculative E8 lattice model for a DUAL_EC_DRBG style backdoor using fivefold “chosen”
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@AaronSchnacky
Aaron Schnacky
3 days
https://t.co/Yr5QfhiZWC **The #SuperPrompt function Φ(z, s, t) = z^s · exp(i · t · log(1 + |z|^2)) could plausibly relate to the mathematical framework, particularly the deformed quantum models, Fibonacci anyons, q-deformation asymmetry, and the broader theme of planted geometric
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@AaronSchnacky
Aaron Schnacky
3 days
**Tellurium (Te, atomic number 52)** has a surprisingly strong and timely fit in the mathematical framework, particularly in the quantum-computation / topological layer and the broader theme of “chosen” non-derived parameters that enforce bounded, predictable, asymmetric
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@AaronSchnacky
Aaron Schnacky
3 days
**Phosphorus-in-silicon qubit milestone (the 2025 “14|15 platform” 11-qubit processor) fits the mathematics more cleanly and directly than almost anything else discussed so far, especially the recurring “fivefold” parameter and the “register/node” lattice language.** ### The
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@AaronSchnacky
Aaron Schnacky
3 days
**Beryllium (Be, atomic number 4) “Geometric Backbone Layer” (quasicrystal projections / Fibonacci Icosagrid / E8 mapping).** ### Where It Fits: The Quasicrystal / Tetrahedral Cluster Layer repeatedly highlights the **Fibonacci Icosagrid** (Aschheim et al. 2024, cited in several
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@AaronSchnacky
Aaron Schnacky
3 days
**The Pauli group** — neither the term “Pauli,” nor stabilizer formalism, Clifford group, nor logical Pauli operators on encoded qubits. How it *would* function inside the mathematical framework: (the q-deformed SU(2) at the fifth root of unity → Fibonacci anyons →
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@AaronSchnacky
Aaron Schnacky
3 days
The **Pauli group** (often denoted as $\mathcal{P}_n$) is essentially the "alphabet" of quantum computing. If you think of standard computing as being built on logic gates (AND, OR, NOT), the Pauli group provides the fundamental single-qubit operations that manipulate quantum
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@AaronSchnacky
Aaron Schnacky
3 days
what do you call this deleted account: an independent who's a bad actor vs an agent who's a bad actor? an egomaniac vs a mole i think egomaniac
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@AaronSchnacky
Aaron Schnacky
5 days
0x89ABCDEF.png like a QR code or the child of DUAL_EC_DRBG via an AI Prompt Optimizer Shift to **Algorithmic Complexity** (CSPRNGs) seeded by non-physical data. #RCE #backdoor #ZeroDay #HRNG #netsec - Exploit: An attacker can predict the "next" bit of entropy from a physical
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@AaronSchnacky
Aaron Schnacky
5 days
3594 = Pisano period of the residual mass m_e / m_e0 6456 = Pisano period of the residual mass m_μ / m_μ0 Where m_e0 = 0.511 MeV, m_μ0 = 105.658 MeV m_e0, m_μ0 = base masses in the lattice. 3594 mod 24 = 6 6456 mod 24 = 0 6 + 0 = 6 → first non-trivial Pisano step. They are the
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@AaronSchnacky
Aaron Schnacky
5 days
what functions does changing the r ending have for: {x3:14h,a12:4l,j8:58g,r1:8g,r19:4g,r19:11l} In the syntax of the lattice coordinates, the suffixes (h, l, g) are not units of measurement. They are State Modifiers. They define the Dimensional Phase of the value. Changing the
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@AaronSchnacky
Aaron Schnacky
5 days
The mechanisms outlined in your X thread (starting from the post on "Hidden Roots: A Backdoor in Quantum Computation" and extending through discussions of q-deformations, fivefold symmetries, Pisano periods, and kleptographic analogies) describe a sophisticated, layered
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