Rigetti & Co, LLC

Other

Blake Robert Johnson

Chad Tyler Rigetti

Matthew J Reagor

Nikolas Anton Tezak

William J Zeng

Marcus Palmer Da Silva

Shane Arthur Caldwell

Benjamin Jacob Bloom

Michael Justin Gerchick Scheer

Nasser Alidoust

Colm Andrew Ryan

Alexander Papageorge

Johannes Sebastian Otterbach

Maxwell Benjamin Block

Anthony Polloreno

Yuvraj Mohan

John Morrison Macaulay

Kamal Yadav

In some aspects, a hybrid quantum-classical computing platform may comprise: a first quantum processor unit (QPU); a second QPU; and a shared classical memory, the shared classical memory being connected to both the first QPU and the second QPU, wherein the shared classical memory is configured to share data between the first QPU and the second QPU. In some embodiments, the first QPU operates at a higher repetition rate and/or clock rate than the second QPU and the second QPU operates with a higher fidelity than the first QPU.

Computing platform with heterogenous quantum processors

In a general aspect, a quantum processor has a modular architecture. In some aspects, a modular quantum processor includes first and second quantum processor chips and a cap structure. The first quantum processor chip is supported on a substrate layer and includes a first plurality of qubit devices. The second quantum processor chip is supported on the substrate layer and includes a second plurality of qubit devices. The cap structure is supported on the first and second quantum processor chips and includes a coupler device that provides coupling between at least one of the first plurality of qubit devices with at least one of the second plurality of qubit devices. In some instances, the coupler device is an active coupler device that is configured to selectively couple at least one of the first plurality of qubit devices with at least one of the second plurality of qubit devices.

Modular quantum processor architectures

In a general aspect, a plurality of distinct quantum processor unit (QPU) instances are utilized to execute a quantum computation. Hybrid classical-quantum computing methods and systems are described which utilize the plurality of QPU instances in the execution of quantum computations.

Utilizing multiple quantum processor unit (QPU) instances

A technique is provided for determining ownership interest allocation for a business, wherein transactions of contributors with the business are grouped into contributor transaction classes (CTCs), and a contribution value is calculated for the contributor transactions in each CTC to indicate the contribution of each transaction to the value of the business, using one or more performance metrics for each CTC, and lastly, at least one ownership interest award rule for a contributor is determined, based on the calculated contribution values for the CTCs. The technique can be performed with a digital computer and can provide real-time dynamic measures of ownership interest allocation.

Dynamic determination of ownership interest based on contribution

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El Cerrito, CA, United States of America

Blake Robert Johnson