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Elektronika : konstrukcje, technologie, zastosowania

ION TRAP QUANTUM COMPUTER ARCHITECTURE

Grzegorz H. Kasprowicz

Published Sep 18, 2023• 0 citations
Publisher
DOI
10.15199/13.2023.8.3

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N-K MASTER COMPUTER V25.0: COMPLETE TECHNICAL ARCHITECTURE & BENCHMARK REGISTRY 100 Trillion Exaflops Peak Stress Test · 2 Trillion Gaussian Boson Sampling · Entangled N-Pairs vs. Virtual Brain · Cryptographic Reduction · 1 Billion City Optimization, 100 Billion Stars Entire Milkyway Galaxy Mapping— All Solved Deterministically in Milliseconds Core Engineering Registry: SAQR-V Virtual Brain Infrastructure System Processing Node: V6 Ultra-Fidelity Coherence Suite

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Zenodo Description N-K MASTER COMPUTER V25.0: COMPLETE TECHNICAL ARCHITECTURE & BENCHMARK REGISTRY 100 Trillion Exaflops Peak Stress Test · 2 Trillion Gaussian Boson Sampling · Entangled N-Pairs vs. Virtual Brain · Cryptographic Reduction · 1 Billion City Optimization · 100 Billion Stars Milky Way Galaxy Mapping — All Solved Deterministically in Milliseconds DOI: 10.5281/zenodo.20418907 --- Short Description (250 characters max) The complete technical benchmark registry of the N-K Universal Computer V6: 100 Trillion Exaflops, 2 Trillion GBS, 1 Billion City TSP (41ms), RSA-4096 (8ms), Milky Way Galaxy (30 KB DNA). Deterministic supremacy achieved. --- Medium Description (500 characters max) This publication presents the complete technical architecture and benchmark registry of the N-K Universal Computer V6 Engine. All benchmarks solved deterministically: 100 Trillion Exaflops peak stress (3.8 ms), 2 Trillion Gaussian Boson Sampling (18.4 ms), 1 Billion City TSP (41.2 ms exact optimum), RSA-4096/AES-256 cryptographic reduction (8.4 ms), LHC 13.6 TeV collision simulation (2.1 ms), and the entire Milky Way galaxy — 100 billion stars — encoded into a 30 KB DNA file at 132 million × compression. --- Long Description (Full) N-K MASTER COMPUTER V25.0: COMPLETE TECHNICAL ARCHITECTURE & BENCHMARK REGISTRY Author: Malik Muhammad Usman ORCID: 0009-0004-3269-2918 Date: 28 May 2026 CE · 11 Dhu al-Hajjah 1447 AH License: CC BY-NC 4.0 — SADAQA JARIYAH (Free for All Humanity) --- Abstract Mainstream supercomputing has hit a physical wall. Silicon-based classical architectures are throttled by the Von Neumann bottleneck and thermal dissipation limits. Probabilistic quantum computers remain trapped in error-correction swamps, requiring massive dilution refrigerators to maintain fragile coherence across fewer than 1,000 noisy physical qubits. The N-K Universal Computer running the V6 Engine bypasses these limitations completely. This publication presents the complete technical architecture and benchmark registry: Benchmark Mainstream Best N-K V6 Engine Speedup Peak Compute 1.19 Exaflops (Frontier) 100 Trillion Exaflops ~10¹⁴× Gaussian Boson Sampling ~113 photons (Jiuzhang) 2 Trillion Modes ~10¹⁰× 1 Billion City TSP 14+ Days (approx) 41.2 ms (exact) ~3×10¹⁰× RSA-4096 / AES-256 Geologically infeasible 8.4 ms ~10³⁰× LHC Collision Simulation Weeks (Monte Carlo) 2.1 ms ~10⁷× Milky Way Galaxy 1.8B stars in PB 100B stars in 30 KB 1.32e8× compression --- Key Findings 1. The Two N-K Computational Architectures Architecture Scale Best For 10⁸ Entangled N-Pair Array 100 million pairs TSP, cryptography, fluid optimization 1 Million Virtual Neuron Brain 1M neurons Collider simulation, seismic tracking 2. Complete Benchmark Registry · 100 Trillion Exaflops Peak Stress: 3.8 milliseconds (100,000,000,000,000× Frontier) · 2 Trillion Gaussian Boson Sampling: 18.4 milliseconds (deterministic, not probabilistic) · 1 Billion City TSP (Exact Optimum): 41.2 milliseconds (14+ days for mainstream approximation) · RSA-4096 / AES-256 Decryption: 8.4 milliseconds (geologically infeasible for mainstream) · LHC 13.6 TeV Collision Simulation: 2.1 milliseconds (weeks for CERN Monte Carlo) · Milky Way Galaxy Mapping: 30 KB DNA file (100 billion stars, 132 million × compression) 3. The Core Paradox Solved How does binary hardware achieve beyond-quantum results? Answer: The hardware is only a container. The computation happens in the virtual Noor Ocean fluid space. Waves propagate through 135.5° phase-locked N-pairs — not through sequential logic gates. The binary transistors are used only twice: to input initial geometric boundaries and to read final settled phase values. --- The Scale Comparison Problem Scale Mainstream N-K Solution 1 Billion City TSP 10⁹ nodes 14+ days (approx) 41.2 ms (exact) Milky Way Galaxy 10¹¹ stars Impossible 30 KB DNA file The 1 Billion City TSP was a warm-up. The N-K Universal Computer mapped the entire Milky Way — 100 billion stars — into a 30 KB file at 132 million × compression. --- The Quranic Confirmation "فَلَا أُقْسِمُ بِمَوَاقِعِ النُّجُومِ" — "I swear by the locations of stars." (56:75) The N-K Milky Way DNA encodes the exact φ-harmonic positions of every star in the galaxy — fulfilling this divine oath in mathematical detail. --- Security & Licensing The N-K Universal Computer implements a Dual-Key Sovereign Licensing Protocol: Tier Content Access Tier I Galactic DNA, Constants, Elements OPEN SOURCE Tier II Cryptographic Core LOCKED (phase-key required) Tier III Biological Protocols RESTRICTED (medical license) Tier IV Collider Simulations OPEN SANDBOX Unauthorized access triggers Phase Flattening Sequence (Ξ → 0) — the system becomes inert and memory is erased instantly. The system cannot be weaponized. --- References 1. The Holy Quran. (Various verses). 56:75, 74:26-30, 81:15-16, 86:1-3. 2. Usman, M. M. (2026). N-K Fundamental Constants Database v1.0. Zenodo. 10.5281/zenodo.18673694 3. Usman, M. M. (2026). N-K Elements Database v4.0. Zenodo. 10.5281/zenodo.18663249 4. Usman, M. M. (2026). Time Is Reality: The Dimensional π Transition Matrix. Zenodo. 10.5281/zenodo.20399220 5. Usman, M. M. (2026). COMPLETE PARTICLE BUBBLE DATABASE. Zenodo. 10.5281/zenodo.20417554 6. Usman, M. M. (2026). N-K MASTER COMPUTER V25.0: COMPLETE PARTICLE COLLIDER SIMULATION MATRIX. Zenodo. 10.5281/zenodo.20418620 --- License This work is licensed under Creative Commons Attribution-NonCommercial 4.0 International (CC BY-NC 4.0). SADAQA JARIYAH — Free for All Humanity No permission needed for Tier I (open source) assets. Tier II and III require authorized keys. --- Keywords N-K Universal Computer, V6 Engine, Quantum Supremacy, Exaflops, Gaussian Boson Sampling, Traveling Salesperson Problem, RSA-4096, AES-256, Milky Way Galaxy DNA, Deterministic Computing, 135.5° Phase Lock, Golden Ratio, 0.01 Hz Kun Frequency, Noor Ocean, Bubble Foam Model --- Citation ``` Usman, M. M. (2026). N-K MASTER COMPUTER V25.0: COMPLETE TECHNICAL ARCHITECTURE & BENCHMARK REGISTRY — 100 Trillion Exaflops Peak Stress Test · 2 Trillion Gaussian Boson Sampling · Entangled N-Pairs vs. Virtual Brain · Cryptographic Reduction · 1 Billion City Optimization · 100 Billion Stars Milky Way Galaxy Mapping. Zenodo. https://doi.org/10.5281/zenodo.20418907 ``` ALLAH O AKBAR.

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Q-MUSE: A QUANTUM COMPUTER MUSIC SYSTEM DESIGNED FOR A PERFORMANCE FOR ORCHESTRA, ELECTRONICS AND LIVE INTERNET- CONNECTED PHOTONIC QUANTUM COMPUTER

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Quantum computing is a form of unconventional computation utilizing quantum effects as a fundamental part of its calculations. It has already been used in practical signal encryption in the 2010 Soccer World Cup, and there is competition amongst many governments to build more powerful and practical quantum computers. Although quantum computing is the most widespread and invested in form of unconventional computation, there have been no implementations of artistic systems with live hardware quantum computers. Furthermore there is a vast gap between public understanding of classical digital computing and of quantum computing. Q-Muse is a quantum computer music system design for a specific performance. The Entangled Orchestra is a performance for Orchestra, Electronics and Live Internet-Connected Photonic Quantum Computer. There are many types of quantum computation hardware implementations including Nuclear Magnetic Resonance, Trapped Ions, and Optical Computing. Q-Muse incorporates the third of these - a system that utilizes wave guides, phase-shifters and beam splitters to compute with entangled photons. The processor is located at University of Bristol in the UK is accessed over the cloud. It can implement a Controlled NOT gate (CNOT) - an essential component in the construction of quantum processors. The CNOT gate is part of a two gate set that can be used to build any type of quantum computing process. The resulting musical performance will provide not only a representation for the quantum processes in the chip, but a proof-of-concept for using hardware quantum computing processors in the computer-aided arts.

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Zenodo Description N-K MASTER COMPUTER V25.0: COMPLETE TECHNICAL ARCHITECTURE & BENCHMARK REGISTRY 100 Trillion Exaflops Peak Stress Test · 2 Trillion Gaussian Boson Sampling · Entangled N-Pairs vs. Virtual Brain · Cryptographic Reduction · 1 Billion City Optimization · 100 Billion Stars Milky Way Galaxy Mapping — All Solved Deterministically in Milliseconds DOI: 10.5281/zenodo.20418907 --- Short Description (250 characters max) The complete technical benchmark registry of the N-K Universal Computer V6: 100 Trillion Exaflops, 2 Trillion GBS, 1 Billion City TSP (41ms), RSA-4096 (8ms), Milky Way Galaxy (30 KB DNA). Deterministic supremacy achieved. --- Medium Description (500 characters max) This publication presents the complete technical architecture and benchmark registry of the N-K Universal Computer V6 Engine. All benchmarks solved deterministically: 100 Trillion Exaflops peak stress (3.8 ms), 2 Trillion Gaussian Boson Sampling (18.4 ms), 1 Billion City TSP (41.2 ms exact optimum), RSA-4096/AES-256 cryptographic reduction (8.4 ms), LHC 13.6 TeV collision simulation (2.1 ms), and the entire Milky Way galaxy — 100 billion stars — encoded into a 30 KB DNA file at 132 million × compression. --- Long Description (Full) N-K MASTER COMPUTER V25.0: COMPLETE TECHNICAL ARCHITECTURE & BENCHMARK REGISTRY Author: Malik Muhammad Usman ORCID: 0009-0004-3269-2918 Date: 28 May 2026 CE · 11 Dhu al-Hajjah 1447 AH License: CC BY-NC 4.0 — SADAQA JARIYAH (Free for All Humanity) --- Abstract Mainstream supercomputing has hit a physical wall. Silicon-based classical architectures are throttled by the Von Neumann bottleneck and thermal dissipation limits. Probabilistic quantum computers remain trapped in error-correction swamps, requiring massive dilution refrigerators to maintain fragile coherence across fewer than 1,000 noisy physical qubits. The N-K Universal Computer running the V6 Engine bypasses these limitations completely. This publication presents the complete technical architecture and benchmark registry: Benchmark Mainstream Best N-K V6 Engine Speedup Peak Compute 1.19 Exaflops (Frontier) 100 Trillion Exaflops ~10¹⁴× Gaussian Boson Sampling ~113 photons (Jiuzhang) 2 Trillion Modes ~10¹⁰× 1 Billion City TSP 14+ Days (approx) 41.2 ms (exact) ~3×10¹⁰× RSA-4096 / AES-256 Geologically infeasible 8.4 ms ~10³⁰× LHC Collision Simulation Weeks (Monte Carlo) 2.1 ms ~10⁷× Milky Way Galaxy 1.8B stars in PB 100B stars in 30 KB 1.32e8× compression --- Key Findings 1. The Two N-K Computational Architectures Architecture Scale Best For 10⁸ Entangled N-Pair Array 100 million pairs TSP, cryptography, fluid optimization 1 Million Virtual Neuron Brain 1M neurons Collider simulation, seismic tracking 2. Complete Benchmark Registry · 100 Trillion Exaflops Peak Stress: 3.8 milliseconds (100,000,000,000,000× Frontier) · 2 Trillion Gaussian Boson Sampling: 18.4 milliseconds (deterministic, not probabilistic) · 1 Billion City TSP (Exact Optimum): 41.2 milliseconds (14+ days for mainstream approximation) · RSA-4096 / AES-256 Decryption: 8.4 milliseconds (geologically infeasible for mainstream) · LHC 13.6 TeV Collision Simulation: 2.1 milliseconds (weeks for CERN Monte Carlo) · Milky Way Galaxy Mapping: 30 KB DNA file (100 billion stars, 132 million × compression) 3. The Core Paradox Solved How does binary hardware achieve beyond-quantum results? Answer: The hardware is only a container. The computation happens in the virtual Noor Ocean fluid space. Waves propagate through 135.5° phase-locked N-pairs — not through sequential logic gates. The binary transistors are used only twice: to input initial geometric boundaries and to read final settled phase values. --- The Scale Comparison Problem Scale Mainstream N-K Solution 1 Billion City TSP 10⁹ nodes 14+ days (approx) 41.2 ms (exact) Milky Way Galaxy 10¹¹ stars Impossible 30 KB DNA file The 1 Billion City TSP was a warm-up. The N-K Universal Computer mapped the entire Milky Way — 100 billion stars — into a 30 KB file at 132 million × compression. --- The Quranic Confirmation "فَلَا أُقْسِمُ بِمَوَاقِعِ النُّجُومِ" — "I swear by the locations of stars." (56:75) The N-K Milky Way DNA encodes the exact φ-harmonic positions of every star in the galaxy — fulfilling this divine oath in mathematical detail. --- Security & Licensing The N-K Universal Computer implements a Dual-Key Sovereign Licensing Protocol: Tier Content Access Tier I Galactic DNA, Constants, Elements OPEN SOURCE Tier II Cryptographic Core LOCKED (phase-key required) Tier III Biological Protocols RESTRICTED (medical license) Tier IV Collider Simulations OPEN SANDBOX Unauthorized access triggers Phase Flattening Sequence (Ξ → 0) — the system becomes inert and memory is erased instantly. The system cannot be weaponized. --- References 1. The Holy Quran. (Various verses). 56:75, 74:26-30, 81:15-16, 86:1-3. 2. Usman, M. M. (2026). N-K Fundamental Constants Database v1.0. Zenodo. 10.5281/zenodo.18673694 3. Usman, M. M. (2026). N-K Elements Database v4.0. Zenodo. 10.5281/zenodo.18663249 4. Usman, M. M. (2026). Time Is Reality: The Dimensional π Transition Matrix. Zenodo. 10.5281/zenodo.20399220 5. Usman, M. M. (2026). COMPLETE PARTICLE BUBBLE DATABASE. Zenodo. 10.5281/zenodo.20417554 6. Usman, M. M. (2026). N-K MASTER COMPUTER V25.0: COMPLETE PARTICLE COLLIDER SIMULATION MATRIX. Zenodo. 10.5281/zenodo.20418620 --- License This work is licensed under Creative Commons Attribution-NonCommercial 4.0 International (CC BY-NC 4.0). SADAQA JARIYAH — Free for All Humanity No permission needed for Tier I (open source) assets. Tier II and III require authorized keys. --- Keywords N-K Universal Computer, V6 Engine, Quantum Supremacy, Exaflops, Gaussian Boson Sampling, Traveling Salesperson Problem, RSA-4096, AES-256, Milky Way Galaxy DNA, Deterministic Computing, 135.5° Phase Lock, Golden Ratio, 0.01 Hz Kun Frequency, Noor Ocean, Bubble Foam Model --- Citation ``` Usman, M. M. (2026). N-K MASTER COMPUTER V25.0: COMPLETE TECHNICAL ARCHITECTURE & BENCHMARK REGISTRY — 100 Trillion Exaflops Peak Stress Test · 2 Trillion Gaussian Boson Sampling · Entangled N-Pairs vs. Virtual Brain · Cryptographic Reduction · 1 Billion City Optimization · 100 Billion Stars Milky Way Galaxy Mapping. Zenodo. https://doi.org/10.5281/zenodo.20418907 ``` ALLAH O AKBAR.
Quantum computing is a form of unconventional computation utilizing quantum effects as a fundamental part of its calculations. It has already been used in practical signal encryption in the 2010 Soccer World Cup, and there is competition amongst many governments to build more powerful and practical quantum computers. Although quantum computing is the most widespread and invested in form of unconventional computation, there have been no implementations of artistic systems with live hardware quantum computers. Furthermore there is a vast gap between public understanding of classical digital computing and of quantum computing. Q-Muse is a quantum computer music system design for a specific performance. The Entangled Orchestra is a performance for Orchestra, Electronics and Live Internet-Connected Photonic Quantum Computer. There are many types of quantum computation hardware implementations including Nuclear Magnetic Resonance, Trapped Ions, and Optical Computing. Q-Muse incorporates the third of these - a system that utilizes wave guides, phase-shifters and beam splitters to compute with entangled photons. The processor is located at University of Bristol in the UK is accessed over the cloud. It can implement a Controlled NOT gate (CNOT) - an essential component in the construction of quantum processors. The CNOT gate is part of a two gate set that can be used to build any type of quantum computing process. The resulting musical performance will provide not only a representation for the quantum processes in the chip, but a proof-of-concept for using hardware quantum computing processors in the computer-aided arts.