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This is a tooling update rather than a hardware or algorithmic breakthrough. MIMIQ's tensor-network emulation handles low-depth, weakly entangled circuits at thousands of qubits, but its own documentation notes that high-density entanglement pushes bond dimensions back toward classical limits. Developers should treat it as a pre-hardware debugging and QEC validation layer, not a route to simulating fault-tolerant workloads.

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BTQ Technologies Integrates QPerfect MIMIQ Quantum Emulator into qBraid Cloud Platform

Quantum Computing ReportOctober 30, 20262 min read

BTQ Technologies has integrated its QPerfect MIMIQ quantum emulator into the qBraid Cloud Platform, offering developers access to large-scale quantum circuit emulation. This integration allows for the simulation of thousands of qubits for low-depth, weakly entangled circuits, utilizing tensor-network compression to overcome classical simulation limitations. It serves as a tool for algorithmic debugging and pre-hardware validation, enabling optimization of quantum instructions and error-correcting codes. The post BTQ Technologies Integrates QPerfect MIMIQ Quantum Emulator into qBraid Cloud Platform appeared first on Quantum Computing Report.

BTQ Technologies Corp. has integrated MIMIQ—a large-scale quantum circuit emulator developed by its French subsidiary QPerfect—into the qBraid quantum development ecosystem. Accessible via qBraid’s managed API and an open-source provider…

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