View source for 20240012749. STORAGE AND TRANSDUCTION OF QUANTUM INFORMATION simplified abstract (PHOTONIC INC.)

=STORAGE AND TRANSDUCTION OF QUANTUM INFORMATION=


==Organization Name==

[[:Category:PHOTONIC INC.|PHOTONIC INC.]]


[[Category:PHOTONIC INC.]]

==Inventor(s)==

[[:Category:Stephanie Simmons of Burnaby (CA)|Stephanie Simmons of Burnaby (CA)]][[Category:Stephanie Simmons of Burnaby (CA)]]

[[:Category:Evan Macquarrie of Burnaby (CA)|Evan Macquarrie of Burnaby (CA)]][[Category:Evan Macquarrie of Burnaby (CA)]]

==STORAGE AND TRANSDUCTION OF QUANTUM INFORMATION - A simplified explanation of the abstract==


This abstract first appeared for US patent application 20240012749 titled 'STORAGE AND TRANSDUCTION OF QUANTUM INFORMATION

==Simplified Explanation==

The abstract of the patent application describes methods and apparatus for storing and transducing quantum information using a luminescent center in silicon. This luminescent center can be controlled to undergo quantum interactions with a first qubit, such as a superconducting qubit. The luminescent center can be a t-center or an ensemble of t-centers. Quantum information can be stored in an unpaired electron or hole spin, as well as one or more nuclear spins of the t-center. The stored quantum information can be later returned to the first qubit or transferred to an optical photon state.

* Luminescent center in silicon coupled to a first qubit for quantum interactions
* Luminescent center can be a t-center or an ensemble of t-centers
* Quantum information can be stored in unpaired electron or hole spin, as well as nuclear spins of the t-center
* Stored quantum information can be returned to the first qubit or transferred to an optical photon state

Potential applications of this technology:
* Quantum computing
* Quantum communication
* Quantum cryptography
* Quantum sensing

Problems solved by this technology:
* Efficient storage and transduction of quantum information
* Controllable quantum interactions between a luminescent center and a first qubit
* Preservation of quantum coherence in silicon-based systems

Benefits of this technology:
* Enhanced capabilities for quantum computing and communication
* Improved security in quantum cryptography
* Higher sensitivity and precision in quantum sensing applications


==Original Abstract Submitted==

methods and apparatus for storing and transducing quantum information provide a luminescent center in silicon controllably coupled to undergo quantum interactions with a first qubit such as a superconducting qubit. the luminescent center may be a t center or an ensemble of t centers, for example. the same or different quantum information may be stored in an unpaired electron or hole spin, and/or one or more of three nuclear spins of the t center. the stored quantum information may be later returned to the first qubit or transferred to an optical photon state.



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