International business machines corporation (20240346353). SCALABLE ANALOG ZERO NOISE EXTRAPOLATION BY ECHO EXTENSION simplified abstract
Contents
SCALABLE ANALOG ZERO NOISE EXTRAPOLATION BY ECHO EXTENSION
Organization Name
international business machines corporation
Inventor(s)
Naoki Kanazawa of Yokohama (JP)
Daniel Josef Egger of Zurich (CH)
SCALABLE ANALOG ZERO NOISE EXTRAPOLATION BY ECHO EXTENSION - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240346353 titled 'SCALABLE ANALOG ZERO NOISE EXTRAPOLATION BY ECHO EXTENSION
The patent application describes a quantum noise mitigation system that includes a memory and a processor executing computer executable components.
- The system includes a pulse calibration component that calibrates an echo extender tone parameter for a set of echo extender tones in an echo pulse sequence to control the execution of a quantum gate in a quantum circuit.
- The pulse calibration component inserts the set of echo extender tones into an initial pulse sequence, resulting in a modified pulse sequence for controlling the quantum gate.
- A parameterizing component parameterizes the set of echo extender tones using a scalable stretch factor to adjust the durations of the tones.
Potential Applications:
- Quantum computing
- Quantum error correction
- Quantum information processing
Problems Solved:
- Mitigation of quantum noise in quantum circuits
- Improving the accuracy and reliability of quantum gates
Benefits:
- Enhanced performance of quantum circuits
- Reduction of errors in quantum computations
- Improved scalability of quantum systems
Commercial Applications:
- Quantum computing hardware development
- Quantum software optimization
- Research and development in quantum technologies
Prior Art: Prior research in quantum error correction and noise mitigation techniques in quantum computing.
Frequently Updated Research: Ongoing studies on quantum error correction methods and noise mitigation strategies in quantum systems.
Questions about Quantum Noise Mitigation System: 1. How does the pulse calibration component improve the execution of quantum gates? 2. What are the potential implications of using scalable stretch factors in parameterizing echo extender tones?
Original Abstract Submitted
a quantum noise mitigation system can comprise a memory that stores, and a processor that executes, computer executable components comprising a pulse calibration component that, for controlling execution of a quantum gate of a quantum circuit, calibrates an echo extender tone parameter for a set of echo extender tones of an echo pulse sequence, wherein the pulse calibration component inserts the set of echo extender tones into the echo pulse sequence of an initial pulse sequence resulting in generation of a modified pulse sequence for use in controlling the execution of the quantum gate, and a parameterizing component that parameterizes the set of echo extender tones using a scalable stretch factor for stretching respective durations of the set of echo extender tones.
