Methods and Arrangements for Coupling Quantum Mechanical System to Quantum Mechanical Environment
Summary
The USPTO published patent application US20260099751A1 titled 'Methods and Arrangements for Coupling a Quantum Mechanical System to a Quantum Mechanical Environment.' The application covers a quantum information processing system comprising a quantum mechanical system capable of exhibiting transitions between eigenstates, coupled to a quantum control environment with modes from a continuous spectrum. Inventors Akseli Mäkinen and Mikko Möttönet filed the application on August 31, 2023.
What changed
The USPTO published a new patent application (US20260099751A1) for methods and arrangements to couple a quantum mechanical system to a quantum control environment. The invention describes coupling parameters and locations designed to suppress unwanted transitions when changing states in the quantum system.
For technology companies and manufacturers in quantum computing, this published application provides public notice of the claimed invention. The application remains pending examination and has not yet been granted. No compliance obligations are created by this publication.
Archived snapshot
Apr 18, 2026GovPing captured this document from the original source. If the source has since changed or been removed, this is the text as it existed at that time.
METHODS AND ARRANGEMENTS FOR COUPLING A QUANTUM MECHANICAL SYSTEM TO A QUANTUM MECHANICAL ENVIRONMENT
Application US20260099751A1 Kind: A1 Apr 09, 2026
Inventors
Akseli MÄKINEN, Mikko MÖTTÖNET
Abstract
A quantum information processing system may comprise a quantum mechanical system capable of exhibiting transitions between a plurality of eigenstates; and a quantum control environment, wherein the quantum control environment eigenstates is capable of exhibiting modes from a continuous spectrum and is coupled to the quantum mechanical system at at least one coupling location, wherein said coupling is characterized with a set of parameters of the quantum mechanical system, and wherein a selected combination of the at least one coupling location and the set of parameters intentionally causes to suppress at least one of said transitions when intentionally changing a state of the quantum mechanical system by the quantum control environment.
CPC Classifications
G06N 10/40
Filing Date
2023-08-31
Application No.
19115070
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