View source for 18484233. CONSTRUCTING AND PROGRAMMING QUANTUM HARDWARE FOR ROBUST QUANTUM ANNEALING PROCESSES simplified abstract (GOOGLE LLC)

=CONSTRUCTING AND PROGRAMMING QUANTUM HARDWARE FOR ROBUST QUANTUM ANNEALING PROCESSES=


==Organization Name==

[[:Category:GOOGLE LLC|GOOGLE LLC]]


[[Category:GOOGLE LLC]]

==Inventor(s)==

[[:Category:Masoud Mohseni of Calabasas CA (US)|Masoud Mohseni of Calabasas CA (US)]][[Category:Masoud Mohseni of Calabasas CA (US)]]

[[:Category:Hartmut Neven of Malibu CA (US)|Hartmut Neven of Malibu CA (US)]][[Category:Hartmut Neven of Malibu CA (US)]]

==CONSTRUCTING AND PROGRAMMING QUANTUM HARDWARE FOR ROBUST QUANTUM ANNEALING PROCESSES - A simplified explanation of the abstract==


This abstract first appeared for US patent application 18484233 titled 'CONSTRUCTING AND PROGRAMMING QUANTUM HARDWARE FOR ROBUST QUANTUM ANNEALING PROCESSES

==Simplified Explanation==

The patent application describes an apparatus that consists of quantum units and couplers. The couplers are designed to connect pairs of quantum units based on a quantum Hamiltonian, which characterizes the behavior of the quantum units and couplers. The quantum Hamiltonian includes a quantum annealer Hamiltonian and a quantum governor Hamiltonian. The quantum annealer Hamiltonian involves degrees of freedom that carry information, while the quantum governor Hamiltonian involves degrees of freedom that do not carry information but are engineered to control the dissipative dynamics of the information-bearing degrees of freedom.

* The apparatus comprises quantum units and couplers.
* Couplers connect pairs of quantum units based on a quantum Hamiltonian.
* The quantum Hamiltonian includes a quantum annealer Hamiltonian and a quantum governor Hamiltonian.
* The quantum annealer Hamiltonian involves information-bearing degrees of freedom.
* The quantum governor Hamiltonian involves non-information-bearing degrees of freedom that control the dissipative dynamics.

Potential Applications:
* Quantum computing and information processing
* Optimization problems and combinatorial optimization
* Simulation of complex physical systems
* Cryptography and secure communication

Problems Solved by this Technology:
* Efficiently solving complex optimization problems
* Enhancing computational power for certain tasks
* Improving simulation capabilities for scientific research
* Strengthening encryption and security protocols

Benefits of this Technology:
* Faster and more efficient computation for specific problems
* Increased accuracy and precision in simulations
* Enhanced security and privacy in communication
* Potential for breakthroughs in various scientific and technological fields


==Original Abstract Submitted==

Among other things, an apparatus comprises quantum units; and couplers among the quantum units. Each coupler is configured to couple a pair of quantum units according to a quantum Hamiltonian characterizing the quantum units and the couplers. The quantum Hamiltonian includes quantum annealer Hamiltonian and a quantum governor Hamiltonian. The quantum annealer Hamiltonian includes information bearing degrees of freedom. The quantum governor Hamiltonian includes non-information bearing degrees of freedom that are engineered to steer the dissipative dynamics of information bearing degrees of freedom.



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