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This article examines the patent eligibility of surface code implementations, specifically analyzing whether encoding logical qubits via redundant bits constitutes an abstract idea under current legal frameworks like the Mayo/Alice test. The analysis highlights that without specific hardware particularization, such quantum error correction schemes face significant risks of being deemed ineligible for patent protection due to their roots in classical computational concepts.

Sources coveringQuantum Computing Report, Quantum Zeitgeist

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Patenting Quantum Computing Innovations – Part 3: Implementing a Logical Qubit in a Surface Code

Quantum Computing ReportSeptember 25, 20263 min read

By Sinan Utku Example 2: Implementing a Logical Qubit in a Surface Code Surface codes are a promising class of quantum error correction codes that will likely be used in fault-tolerant quantum computing. In a surface code, many physical data qubits collectively encode a logical qubit in a nonlocal, topologically protected manner, making it robust [...] The post Patenting Quantum Computing Innovations – Part 3: Implementing a Logical Qubit in a Surface Code appeared first on Quantum Computing Report.

Surface codes are a promising class of quantum error correction codes that will likely be used in fault-tolerant quantum computing. In a surface code, many physical data qubits collectively encode a logical qubit in a nonlocal, topologically protected manner, making it robust against physical errors. The qubits are arranged on a surface lattice, such as a…

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