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QuEra Releases Open-Source GPU-Accelerated T-Gate Simulator for Error Correction Research

Quantum Computing Report
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⚡ Quantum Brief
QuEra Computing launched Tsim, an open-source GPU-accelerated simulator for non-Clifford T-gates, filling a critical gap in quantum error correction (QEC) research by enabling high-speed statistical analysis of universal quantum circuits. The tool supports 80+ qubit circuits, processing 85-qubit simulations at 600 nanoseconds per shot on NVIDIA GH200 GPUs, with parallel sampling for millions of shots, accelerating fault-tolerant algorithm validation. Tsim integrates with STIM’s circuit format and QuEra’s Bloqade ecosystem, allowing seamless incorporation of non-Clifford gates into existing QEC pipelines for end-to-end workflows from noise modeling to decoding. This release follows QuEra’s 2025 milestones, including 96 logical qubits and magic state distillation, positioning Tsim as a bridge between theoretical QEC designs and practical hardware implementation. The simulator is available on GitHub, with a technical webinar scheduled for April 28, 2026, to demonstrate its role in designing reliable fault-tolerant quantum architectures.
QuEra Releases Open-Source GPU-Accelerated T-Gate Simulator for Error Correction Research

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QuEra Releases Open-Source GPU-Accelerated T-Gate Simulator for Error Correction Research QuEra Computing has released Tsim, an open-source, GPU-accelerated quantum circuit simulator designed to model non-Clifford gate operations. The tool addresses a technical gap in the development of quantum error correction (QEC) protocols, which require high-speed, large-scale statistical analysis of universal quantum circuits. While established simulators such as STIM focus on Clifford gates, Tsim provides the functionality needed to simulate T-gates, which are necessary for achieving universal quantum computation and practical quantum advantage. Technically, Tsim supports quantum circuits with 80 or more physical qubits and is optimized to produce millions of samples in parallel. Performance benchmarks indicate that the simulator can process an 85-qubit circuit at a rate of approximately 600 nanoseconds per shot when running on an NVIDIA GH200. The package is compatible with the STIM circuit format and API, enabling researchers to incorporate non-Clifford operations into existing QEC simulation pipelines. It is also integrated into QuEra’s Bloqade ecosystem, which covers the workflow from program definition and noise modeling to decoding. The release of Tsim follows several hardware milestones reported by QuEra in 2025, including the demonstration of 96 logical qubits and the first logical-level magic state distillation. By providing a tool that accelerates the design and testing of fault-tolerant algorithms, QuEra aims to facilitate the validation of QEC strategies before they are executed on physical hardware. The simulator is currently available on GitHub, and the company has scheduled a technical webinar for April 28, 2026, to discuss its application in designing reliable fault-tolerant architectures. For the complete technical details on Tsim and access to the GitHub repository, consult the official QuEra announcement here, the repository here, and the webinar registration link here. April 2, 2026 Mohamed Abdel-Kareem2026-04-02T08:20:53-07:00 Leave A Comment Cancel replyComment Type in the text displayed above Δ This site uses Akismet to reduce spam. Learn how your comment data is processed.

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Source: Quantum Computing Report