US Patent 12067458 Parameter initialization on quantum computers through domain decomposition

Patent 12067458 was granted and assigned to Zapata Computing on August, 2024 by the United States Patent and Trademark Office.

Overview Structured Data Issues Contributors Activity

Is a

Patent

Current Assignee

Zapata Computing

Date Filed

October 20, 2021

Date of Patent

August 20, 2024

Patent Applicant

Zapata Computing

Patent Application Number

17506456

Patent Citations

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US Patent 10922460 Apparatus and method for constructing parameterized quantum circuit

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US Patent 10949768 Constructing quantum processes for quantum processors

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US Patent 11106993 Computer systems and methods for computing the ground state of a Fermi-Hubbard Hamiltonian

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US Patent 11157827 Hybrid quantum-classical computer system for parameter-efficient circuit training

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US Patent 11436519 Machine learning mapping for quantum processing units

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US Patent 11574030 Solving optimization problems using a hybrid computer system

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US Patent 11657196 Incremental generation of quantum circuits

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US Patent 11593707 Compressed unsupervised quantum state preparation with quantum autoencoders

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US Patent 7353148 Generation of displays of solutions to physics problems represented by complex mathematical equations using quantum computations or simulation of quantum computations on classic computers

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US Patent 10044638 Methods and systems for quantum computing

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Patent Inventor Names

Jerome Florian Gonthier

Maxwell D. Radin

Patent Jurisdiction

United States Patent and Trademark Office

Patent Number

12067458

Patent Primary Examiner

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Brian Ngo

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