This is A Quantum Probabilistic Code That will Reduce The KeySpace of BTC Puzzles : https://btcpuzzle.info/puzzle .

𓏙𓏙𓏙𓏙𓋍𓄿𓋜𓐭𓃀𓂏𓉢𓆠𓆆𓂾𓐮𓋝𓅕𓊾𓊗𓅱𓂻𓃀𓅔𓐮𓋛𓏙𓏙𓏙𓏥 𓊃𓏥 𓏏𓏥 𓎡𓏥 𓏙𓏥 𓍯𓍯𓊃𓎡𓏤𓆣𓁹𓁹𓅔♕𓅇𓃵𓆉𓆌𓆓𓏏𓏥𓏥𓏥𓏙𓏙𓏙𓏙𓏙𓋍𓄿𓋜𓐭𓃀𓂏𓉢𓆠𓆆𓂾𓐮𓋝𓅕𓊾𓊗𓅱𓂻𓃀𓅔𓐮𓋛𓏙𓏙𓏙𓏙𓏙

Please Some Donations Please for my Next Quantum Project :

1Bu4CR8Bi5AXQG8pnu1avny88C5CCgWKfb / 1NEJcwfcEm7Aax8oJNjRUnY3hEavCjNrai

Support This is my LTC Litecoin address for the next version of public-addresses: LdJX6Zr43PBekv11eKBfrMtpH78qi96Mef

USDT-TRON TQ1cxj8csRyWUzkonf5XgYUyFGsDJn1k7J

USDT-BSC 0x3fa39005a6bb18d0e2546d97b24a767cc393b03a

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Use IQM Quantum machines 54 Qubits For Testing Small Puzzles Right Here : https://Resonance.iqm.tech/Sign-up

IQM API TOKEN EASY TO GET https://github.com/threealgos/Quantum_KeySpace-Reducer/blob/main/IQM.png

Sign Up For IBM Quantum Camputers : https://quantum.cloud.ibm.com/computers

Get or Create Your IBM API TOKEN Here: https://cloud.ibm.com/iam/apikeys

GUYS HERE IS THE RIGHT STEPS !!!!

For This Types of Probablistic Algorithms Better Using

Quantum_Probabilistic Camputer Hybrids like D-Waves Q-Machines:

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TODO: The Next Project is To Reveal A Supirior Version That Will Use Probabilistic Algorithm of Pbits Jumps Will be Used to Reduce All the Puzzles of BTC given Rangs to 2.0 % Targeting Public-Addresses .

The Probabilistic Quantum Code :

Will Features:

• Works with public address ONLY (Puzzle 71)

• Works with public address + public key (Puzzle 135)

• Fully interactive - asks for EVERYTHING

• optimization_level choice (1/2/3) with suggestions

• layers & iterations with recommendations

• shots fully user-controlled

• Uses pycryptodome RIPEMD160 (Colab safe)

• Counter for measurement distribution

• Current IBM free backends (kingston, fez, marrakech)

#!/usr/bin/env python3 # -*- coding: utf-8 -*- """ ╔══════════════════════════════════════════════════════════════════════════════╗ ║ KEY-REDUCER · Quantum Probabilistic Keyspace Reducer · Supreme Edition ║ ║ IQM (pytket + Qrisp) · IBM Quantum · Aer · QUANTUM WALK ENGINE v5 ║ ╠══════════════════════════════════════════════════════════════════════════════╣ ║ ── IQM Hardware (two SDK paths) ──────────────────────────────────────── ║ ║ [pytket] Sirius 16q · Garnet 20q · Emerald 54q (--backend iqm_hardware) ║ ║ [Qrisp] Sirius 16q · Garnet 20q · Emerald 54q (--backend qrisp_iqm) ║ ║ qrisp.interface.IQMBackend — auto native transpilation ║ ║ ── IBM Quantum Hardware (qiskit-ibm-runtime) ──────────────────────────── ║ ║ ibm_fez 156q · ibm_brisbane 127q · etc. (--backend ibm_hardware) ║ ║ Token: export IBM_QUANTUM_TOKEN=your_ibm_token_here ║ ║ ── Aer Simulator (local, no token) ────────────────────────────────────── ║ ║ Always available · Recommended for testing ║ ║ ║ ║ [QUANTUM WALK] Discrete-time quantum walk on key-space hypercube. ║ ║ Each qubit = coin flip. Walk operator = Shift(Coin⊗I). Interference ║ ║ between walk steps reveals the trajectory gravity well of the unknown key.║ ║ Superior to classical p-bits: O(√N) vs O(N) exploration of key-space. ║ ║ [TRAJECTORY] Gaussian interference density map → FWHM bracket = min/max. ║ ║ [G-1..G-8] SPSA · Sobol · non-NN · range shift · kangaroo · voting ║ ║ DBSCAN · BKZ block 20+ · MAX-Q full device utilisation ║ ║ [MODE1] real Grover + p-bit sampler for address-only mode ║ ║ ║ ║ INSTALL ║ ║ pip install pytket pytket-iqm pytket-qiskit ║ ║ pip install qiskit qiskit-aer qiskit-ibm-runtime ║ ║ pip install "iqm-client>=34.0.3" qrisp ║ ║ pip install pycryptodome base58 numpy matplotlib scipy ║ ║ pip install qiskit-algorithms fpylll scikit-learn # all optional ║ ║ Tokens: export IQM_TOKEN=... export IBM_QUANTUM_TOKEN=... ║ ╚══════════════════════════════════════════════════════════════════════════════╝ """

A Video From Bill Gates To Watch How to Create IBM_API_TOKEN : https://www.youtube.com/watch?v=AsV8Edq_Lko .