View source for Qubit Moving and Storage, LLC (20240232671). Quantum Information System and Method with Entanglement Tracking and Generation of Verified Quantum Information Using Metadata simplified abstract

=Quantum Information System and Method with Entanglement Tracking and Generation of Verified Quantum Information Using Metadata=


==Organization Name==

[[:Category:Qubit Moving and Storage, LLC|Qubit Moving and Storage, LLC]]


[[Category:Qubit Moving and Storage, LLC]]

==Inventor(s)==

[[:Category:Gary Vacon of East Falmouth MA (US)|Gary Vacon of East Falmouth MA (US)]][[Category:Gary Vacon of East Falmouth MA (US)]]

[[:Category:Kristin A. Rauschenbach of Franconia NH (US)|Kristin A. Rauschenbach of Franconia NH (US)]][[Category:Kristin A. Rauschenbach of Franconia NH (US)]]

==Quantum Information System and Method with Entanglement Tracking and Generation of Verified Quantum Information Using Metadata - A simplified explanation of the abstract==


This abstract first appeared for US patent application 20240232671 titled 'Quantum Information System and Method with Entanglement Tracking and Generation of Verified Quantum Information Using Metadata

==Simplified Explanation==
The patent application describes a quantum information system with metadata management that involves generating entangled quantum states, collecting metadata associated with the quantum information, and processing the data to determine correlated information.

==Key Features and Innovation==
* Entangled quantum state source generates quantum information in quantum form.
* Metadata collector generates classical metadata associated with the quantum information.
* Receivers measure entangled states to generate quantum state information in classical form.
* Processors use metadata to tag and process the quantum state information.
* System determines correlated data associated with the entangled states.

==Potential Applications==
This technology could be used in quantum communication, quantum cryptography, and quantum computing applications.

==Problems Solved==
This system addresses the challenge of managing metadata associated with quantum information and processing entangled states effectively.

==Benefits==
* Enhanced security in quantum communication.
* Improved data processing and correlation in quantum systems.
* Efficient management of quantum information and metadata.

==Commercial Applications==
* Quantum communication networks.
* Quantum encryption systems.
* Quantum computing platforms.

==Prior Art==
Readers can explore prior research on quantum information systems, entangled states, and metadata management in quantum technologies.

==Frequently Updated Research==
Stay informed about the latest developments in quantum information systems, quantum cryptography, and quantum computing for potential advancements in this field.

==Questions about Quantum Information System with Metadata Management==
===What are the potential real-world applications of this technology?===
This technology could be applied in various fields such as secure communication, data processing, and computing.

===How does this system improve upon existing quantum information management techniques?===
This system enhances metadata management and correlation of entangled states in quantum systems, leading to more efficient data processing and communication.


==Original Abstract Submitted==

quantum information system with metadata management includes an entangled quantum state source that generates quantum information in quantum form comprising two entangled states. a metadata collector generates metadata in classical form associated with the generated quantum information. a first receiver measures one of the two entangled states to generate quantum state information in classical form comprising a first state value and first toa. a second receiver is configured to measure the other entangled states to generate quantum state information in classical form comprising a second state value and second toa. a first processor generates a comb using the first toa and the metadata to tag the generated quantum state information in classical form comprising the first state value. a second processor coupled to the first processor and to the second receiver is configured to process the comb and metadata to determine correlated data associated with the two entangled states.



[[Category:G06N10/20]]
[[Category:G06F12/122]]
[[Category:CPC_G06N10/20]]