Ionq, Inc.

Melissa Jameson

Aleksey Blinov

Shantanu Debnath

Vandiver Chaplin

Kristin Marie Beck

Jason Hieu Van Nguyen

Systems and techniques are provided for a camera server for heterogeneous cameras. Image data may be received from a first camera and second image data from a second camera of a heterogenous system that may be a trapped ion quantum computer. The first camera may observe trapped ions. The second camera may observe optical systems and laser beams. The second image data may have a different format than the first image data. The image data and the second image data may be converted into a format for a common data structure for image data. The image data may be sent in the format for the common data structure for image data to client computing devices. The second image data may be sent in the format for the common data structure for image data to additional client computing devices.

Camera server for heterogeneous cameras

Aspects of the present disclosure relate generally to systems and methods for use in the implementation and/or operation of quantum information processing (QIP) systems, and more particularly, to techniques for removing or correcting for translation errors between a programmed strength and an applied strength of quantum gates. A method is described that includes determining, for each quantum gate in a quantum operation, a non-linearity between an applied strength of a laser beam used for the respective quantum gate and a programmed strength intended to be applied by the laser beam for the respective quantum gate. The method further includes linearizing the non-linearity for each quantum gate and storing linearization information in memory. Moreover, the method includes applying the linearization information to correct for the non-linearity when implementing each quantum gate as part of the quantum operation. A system is also described that is configured to implement the method described above.

Removing a translation error between a programmed strength and an applied strength of quantum gates

Systems and techniques are provided for a camera server for heterogeneous cameras. A camera server may include a computing device that may a receive image data from a first camera and second image data from a second camera of a heterogenous system that may be a trapped ion quantum computer. The first camera may observe trapped ions. The second camera may observe optical systems and laser beams. The second image data may have a different format than the first image data. The computing device may convert the image data and the second image data into a format for a common data structure for image data, send the image data in the format for the common data structure for image data to client computing devices, and send the second image data in the format for the common data structure for image data to additional client computing devices.

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College Park, MD, United States of America

Melissa Jameson