QUANTUM SOURCE LABS LTD. (20240338586). N-CONFIGURATION RESONATOR-COUPLED QUANTUM EMITTER simplified abstract
Contents
N-CONFIGURATION RESONATOR-COUPLED QUANTUM EMITTER
Organization Name
Inventor(s)
Serge Rosenblum of Rehovot (IL)
N-CONFIGURATION RESONATOR-COUPLED QUANTUM EMITTER - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240338586 titled 'N-CONFIGURATION RESONATOR-COUPLED QUANTUM EMITTER
The abstract of this patent application describes a quantum computing system that involves initializing a state of a resonator-coupled quantum emitter with at least four levels arranged in an n-configuration.
- The system tunes the frequencies of different transitions between ground and excited states of the quantum emitter.
- A plurality of photons are fed at a specific frequency to entangle them with the quantum emitter.
- Photons at other frequencies are fed to map the state of the quantum emitter into a photon.
Potential Applications: - Quantum computing - Quantum communication - Quantum cryptography
Problems Solved: - Enhancing quantum computing capabilities - Improving quantum information processing - Advancing quantum networking technologies
Benefits: - Increased efficiency in quantum computing - Enhanced security in quantum communication - Potential for faster data processing
Commercial Applications: Title: Quantum Computing System for Advanced Data Processing This technology could be utilized in industries such as finance, healthcare, and cybersecurity for secure and efficient data processing.
Prior Art: Readers can explore prior research on resonator-coupled quantum emitters and their applications in quantum technologies.
Frequently Updated Research: Stay updated on the latest developments in quantum computing systems and quantum information processing for cutting-edge advancements in the field.
Questions about Quantum Computing System: 1. How does entangling photons with a quantum emitter enhance quantum computing processes? 2. What are the potential real-world applications of this quantum computing system?
Original Abstract Submitted
a quantum computing system, method, and computer readable medium involves initializing a state of a resonator-coupled quantum emitter having at least four levels arranged in an n-configuration, the n-configuration having a first ground state, a second ground state, a first excited state and a second excited state. a frequency of a first transition between the first ground state and the first excited state is tuned, a frequency of a second transition between the second ground state and the second excited state is tuned, and a frequency of a third transition between the second ground state and the first excited state is tuned. a plurality of photons are fed at a frequency corresponding to the frequency of the second transition, thereby entangling the plurality of photons to the resonator-coupled quantum emitter. likewise, a photon at a frequency corresponding to the frequency of at least one of the first transition or the third transition is fed, thereby mapping a state of the resonator-coupled quantum emitter into a photon.
