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Amazon Debuts Ocelot Chip, Advancing Scalable Quantum Computing

The Ocelot chip introduces a novel error correction approach, potentially reducing resource requirements by up to 90%.

Amazon unveils its first quantum computing chip that reduces error correction by 90%.
An Amazon Web Services (AWS) logo is pictured during a trade fair in Hannover Messe, in Hanover, Germany, April 22, 2024.  REUTERS/Annegret Hilse/File Photo
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Overview

  • Amazon Web Services (AWS) unveiled its first-generation quantum computing chip, Ocelot, which integrates cat qubits and transmon qubits for efficient error correction.
  • The chip's architecture reduces quantum error correction overhead, requiring only one-tenth of the resources compared to traditional methods used by competitors like Google and IBM.
  • Ocelot's use of cat qubits suppresses bit-flip errors and simplifies phase-flip error correction, marking a significant advancement in scalable quantum computing.
  • AWS researchers published their findings in Nature, highlighting Ocelot's potential to accelerate the timeline for practical quantum computers by up to five years.
  • While still a prototype, Ocelot represents a foundational step toward developing fault-tolerant quantum computers capable of transformative real-world applications.