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6-qubit superconducting quantum chip simulation
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About the 6-Qubit Superconducting Quantum Chip Simulation Project
This project demonstrates the electromagnetic simulation of a realistic 6-qubit superconducting quantum processor layout using NumericalAI (https://numericalai.net/). The chip is designed as a compact 2 × 3 transmon grid with nearest-neighbor connectivity. The layout includes superconducting metal structures, qubit islands, coupler regions, readout-related features, lumped Josephson-junction elements, vacuum and substrate domains, and an exterior absorbing boundary. The final model also includes a PEC metal boundary, making the setup suitable for a physically meaningful first-stage eigenmode analysis. The simulation was performed using NumericalAI's Computational Electromagnetic (CEM) solver. The generated mesh resolves the important quantum circuit features, including the transmon and coupling regions, while maintaining a coarser mesh away from the active device area. The resulting electric energy density field shows strong localization around the qubit/coupler structures and launcher regions, consistent with expected superconducting circuit behavior.
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June 12th, 2026 Uploaded
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Electrostatic Simulation Quantum Computing 6-Qubit Superconducting Quan... 6-Qubit Superconducting Quan...
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