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here is the repo | ||
# InhibitQ Project | ||
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This repository contains quantum chemistry calculations and quantum computing simulations for corrosion inhibitor molecules on aluminum surfaces. The repository is organized into two main sections: phase2_submission (containing files for official submission) and calculational_details (containing supporting research and development work that we carried out during the project). | ||
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## Repository Structure | ||
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### Phase 2 Submission | ||
The `phase2_submission` folder contains the final calculations and results for two inhibitor molecules: | ||
- Al_triazole_qiskit_adaptVQE: Calculations using adaptive VQE approach | ||
- Al_triazole_qiskit_onlyVQE: Calculations using standard VQE approach | ||
- Al_Triazole-3-thiol_qiskit_adaptVQE: Calculations for thiol variant | ||
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Each molecule calculation follows a systematic workflow: | ||
1. Classical calculations (folder: 0_classical_calculations) | ||
2. Supercell calculations (folder: 2_supercell) | ||
3. Aluminum surface calculations (folder: 3_Al) | ||
4. Inhibitor molecule calculations (folder: 4_inhibitor) | ||
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### Calculational Details | ||
The `calculational_details` folder contains: | ||
- Proof-of-concept implementations | ||
- Research documentation | ||
- Code examples and tutorials | ||
- Resource estimation calculations | ||
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## Technical Details | ||
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### Software Stack | ||
- CP2K (version 2024.3) for quantum chemistry calculations | ||
- Qiskit for quantum computing simulations | ||
- CUDA Quantum for GPU-accelerated quantum simulations (still in development) | ||
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### Running Calculations | ||
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#### CP2K Calculations | ||
You can run CP2K calculations using either local installation or Docker: |
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