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This article analyzes the patent eligibility of fundamental quantum operations, specifically using the Pauli Z gate implementation in quantum dot systems as a case study. It highlights how well-known quantum algorithms and hardware components often face challenges under the Mayo/Alice framework regarding natural laws and abstract ideas. The piece serves as a technical guide for practitioners navigating the complex intersection of quantum computing innovation and intellectual property law.

Sources coveringQuantum Computing Report, Quantum Zeitgeist

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Patenting Quantum Computing Innovations – Part 2: Implementing a Pauli Z Gate

Quantum Computing ReportSeptember 18, 20264 min read

By Sinan Utku Example 1: Implementing a Pauli Z Gate Quantum computing inventions come in a variety of forms. They include hardware and hardware-related inventions that are directed to components of a quantum computer or processes carried out by the hardware to carry out quantum computing processing. They also include software-related inventions that, e.g., implement [...] The post Patenting Quantum Computing Innovations – Part 2: Implementing a Pauli Z Gate appeared first on Quantum Computing Report.

Quantum computing inventions come in a variety of forms. They include hardware and hardware-related inventions that are directed to components of a quantum computer or processes carried out by the hardware to carry out quantum computing processing. They also include software-related inventions that, e.g., implement a new quantum computing algorithm for achieving a useful end. Quantum computing inventions are often useful, contain a…

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