20240046136. QUANTUM COMPUTER ARCHITECTURE SYSTEM simplified abstract (ORIGIN QUANTUM COMPUTING TECHNOLOGY (HEFEI) CO., LTD)
Contents
QUANTUM COMPUTER ARCHITECTURE SYSTEM
Organization Name
ORIGIN QUANTUM COMPUTING TECHNOLOGY (HEFEI) CO., LTD
Inventor(s)
QUANTUM COMPUTER ARCHITECTURE SYSTEM - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240046136 titled 'QUANTUM COMPUTER ARCHITECTURE SYSTEM
Simplified Explanation
The patent application describes a quantum computer architecture system that aims to improve integration and scalability of quantum computers. Here is a simplified explanation of the abstract:
- The system includes a quantum processor with multiple qubits.
- It also includes a first integration apparatus that implements an execution signal and aggregates the execution results of a group of qubits on the quantum processor.
- Additionally, there is a central control apparatus that acquires bit information and execution information of the qubits to be executed on the quantum processor.
- The central control apparatus assigns the execution information to one or more of the first integration apparatuses based on the bit information and the number of qubits to be executed.
- The central control apparatus receives the aggregation of the execution results from the assigned first integration apparatuses.
Potential applications of this technology:
- Quantum computing: This architecture system can be used in the development and improvement of quantum computers, allowing for better integration and scalability.
- Scientific research: Quantum computers have the potential to solve complex scientific problems more efficiently. This architecture system can contribute to advancements in various scientific fields.
Problems solved by this technology:
- Integration challenges: Quantum computers often face difficulties in integrating multiple qubits and executing them efficiently. This architecture system addresses these integration challenges by implementing a first integration apparatus.
- Scalability limitations: Quantum computers need to be scalable to handle larger and more complex computations. This system improves scalability by allowing the central control apparatus to assign execution information to multiple first integration apparatuses.
Benefits of this technology:
- Improved integration: The first integration apparatus enables the execution and aggregation of results for a group of qubits, enhancing the integration of the quantum processor.
- Enhanced scalability: By assigning execution information to multiple first integration apparatuses, the system improves the scalability of the quantum computer.
- Efficient execution: The central control apparatus acquires bit information and execution information, ensuring that the to-be-executed qubits are processed effectively and the aggregation of execution results is received accurately.
Original Abstract Submitted
a quantum computer architecture system, including: a quantum processor, including a plurality of qubits; a first integration apparatus configured to implement an execution signal and aggregation of execution results of a first quantity of qubits on the quantum processor; and a central control apparatus configured to acquire bit information of to-be-executed qubits on the quantum processor and to-be-executed information of each of the to-be-executed qubits, assign the to-be-executed information to one or more the first integration apparatuses according to the bit information and the first quantity, and receive the aggregation of the execution results from the one or more the first integration apparatuses. according to the present disclosure, integration and scalability of a quantum computer can be improved.
