𓏙𓏙𓏙𓏙𓋍𓄿𓋜𓐭𓃀𓂏𓉢𓆠𓆆𓂾𓐮𓋝𓅕𓊾𓊗𓅱𓂻𓃀𓅔𓐮𓋛𓏙𓏙𓏙𓏙 arxiv.org/abs/2606.17647
- Quantum Websites For Sign In Up :
https://quantum.cloud.ibm.com/computers
Don't Use Google Colab There is Risk you will Get Suspended ! Use Q-braid Platform & Run All Cells & Than Switch To Terminal Go Sign Up https://qbraid.com/ Upload The Full_Notebook_Requirements.ipynb Than Run All The Cells & Don't Worry About Red Warnings The Notebook will take Some Time When it Finish , Start A Terminal Here is All The Steps :
1 ) ) - Start program With python3 Quantum-RegeV-1920.py
Now You Choose [c] for Any Bit-Lengh You Want to Unlock,
2 ) ) - For Costum Write [c] --> c
3 ) ) - Paste Compressed public key
03XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
02XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
4 ) ) ── > input Your Exact Bit-lengh's Target's bit length For example: 19 (or 16/ 17/ 18 /19/ 20 / ....135)
5 ) ) - for k_start (hex) [auto]: Just ── > [Press Entre] if you dont know The Keyspace
This it is Just The Keyspace_Start of The Full Rang According to Your Bit-lengh That You Have Chosen
────────────────────────────────────────────────────────────
6 ) ) - Number of Shots For Accurate Result Write : 16384 <── Write it
7 ) ) - Choose SOLVER [1] Regev + IPE Hybrid (default — recommended) 1-(Regev + IPE) <── Choose 1
8 ) ) - NOW CHOOSE EXACTLY THIS :
────────────────────────────────────────────────────────────
Disable --> HalfGCD modular inversion? [Y/n]: n <── Choose
Disable --> Measurement-based uncomputation (MBU)? [Y/n]: n <── Choose
Enable --> Fibonacci basis-point prep (Ragavan-VV)? [Y/n]: Y <── Choose
---> Noise-filter sigma (Ragavan-VV, 0=off) [2.0]: 2.0
──> ( Write 2.0 or Press Entre )
────────────────────────────────────────────────────────────
9 ) ) - ADDER CHOOSE ( approx ) Write it & Press Enter
Select [adder] choose ---> : approx <── Choose
(write approx & Press Entre)
Approx threshold [4] Choose: 4
────────────────────────────────────────────────────────────
10 ) ) - ERROR ENCODING (Regev / Regev+IPE only)
Select [cat] Choose [cat] Write it & Press Entre ---> : cat
Enable --> Clifford+T optimization? [Y/n]: Y <── Choose
Disable --> Enable flag qubits? [Y/n]: n <── Choose
────────────────────────────────────────────────────────────
11 ) ) - SDK
[qiskit] Qiskit (default)
[pytket] pytket
Select [qiskit/pytket]: pytket
Select [qiskit/pytket]: qiskit
( Just Write The One you want ) & press ENTER
──────────────────────────────────────────────────────────___──-------------
12 ) ) - BACKENDs: Best Machines Worked Fine (ibm/iqm) Don't Worry About WARNINGs
──────────────────────────────────────────────────────────____──-----------
Choose backend --->
[aer] Aer simulator ( You Can Use it But No Need To Use The Aer Simulator ) aer it has only 18 qubits
So instead Choose Real Hardware Write ( ibm / iqm ) & Press Enter
[ibm] IBM Quantum
[iqm] IQM Resonance
! HERE LISTEN !
- if you Choosed qiskit --> Next You Choose[ ibm ] in The Next Backends inputs.
- if you Choosed pytket --> Next You Choose[ iqm ] in The Next Backends inputs.
Select [backend]: ibm <── Write it
/ or Select [backend]: iqm <── Write it
────────────────────────────────────────────────────────────
13 ) ) - Number of runs (Regev needs d+4 independent samples) Choose [1]: 1 <── ( Keep it 1 )
─> PASTE YOUR ( IBM /IQM ) API TOKENs :
FOR-IQM https://github.com/threealgos/Quantum_KeySpace-Reducer/blob/main/IQM.png
IQM token: XXcL7Kp6KWbIOXdwMGLOWVRcqMRjdfW44RxXlWzo3o554BnqZ4oBh5Qrq2I0cBRT
IQM device [garnet / sirius / emerald] Write it : emerald
For IQM it is done Here.
────────────────────────────────────────────────────────────
FOR-IBM https://cloud.ibm.com/iam/apikeys
IBM token: XXH4dAkS6t9MZC6NGKtVGiOjGL6nO_vONBAnOab5pTTo
IBM CRN [optional]: [Press Entre]
Last StepFor IBM [Press Entre] to Pass IBM backend name [ibm_fez]:
example: ibm_kingston / ibm_fez
OR You Can Choose Write Your [Backends Name] & Press ENTRE.
────────────────────────────────────────────────────────────
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For Donations & Rewards : 1Bu4CR8Bi5AXQG8pnu1avny88C5CCgWKfb / 1NEJcwfcEm7Aax8oJNjRUnY3hEavCjNrai .
The Project was a Submission for IQM Researchs Awards Launched by IQM Quantum Computers in Spring of 2026
Release under MIT LICENSE