Doc. Proof. IonQ holds patents related to software-defined quantum computing, particularly for its "Software-Configurable Quantum Computer" architecture. A key example is its recent patent, US 12,260,113, which covers a software-controlled system for directing laser beams to individual trapped-ion qubits using acousto-optic deflectors (AODs), replacing the need for precise, physical laser alignment. This shift allows qubit control to be managed through software, a crucial step towards creating a more flexible and scalable quantum computer.
Software-defined architecture: IonQ's patents enable a quantum computer where the configuration of qubits and their connections can be controlled by software instructions, rather than being fixed in hardware.
Acousto-optic deflectors (AODs): A specific example is the use of AODs, which replace the need for fixed laser beams by dynamically directing laser light to the desired qubits under software control.
Increased flexibility and scalability: This software-based control makes the system more flexible and easier to scale up in the future, as changes in qubit connectivity can be managed through software updates.
Relevant patent: A prime example is patent US 12,260,113, which describes a portable quantum memory package for quantum network nodes and highlights the company's focus on advancements in both computing and networking.
Broader patent portfolio: IonQ has a larger patent portfolio of over 1,000 assets in areas such as quantum networking, fabrication, and the development of the control software that underpins its software-defined approach.
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