The initial experiments on the Arbel processor in this program establish a foundation for a unified workflow that connects quantum device characterization, circuit execution and error decoding. The company believes this program represents an important technological milestone in Quantum Transportation’s efforts to develop an integrated quantum error correction architecture.
Arbel Processor Enables Initial Quantum Error Correction Workflow
Quantum Transportation Ltd. The company states that by bringing these capabilities together on actual quantum computing hardware, Quantum Transportation aims to advance beyond isolated error correction components. The launch of experiments at IQCC does not yet demonstrate real-time quantum error correction or fault-tolerant quantum computation, which remain objectives for subsequent development.
Quantum processors are susceptible to environmental interference and imperfect operations that introduce errors during computations, and overcoming these limitations is essential for reliable quantum computers. Quantum Transportation intends to collaborate with partners specializing in control systems and accelerated computing to connect quantum hardware operations with classical computational processing, creating a coordinated system. The company views this initial stage as a first step in this development effort, building a foundation for improved reliability and scalability in quantum computing systems.
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