Experimental capabilities
To advance your research workloads, it is important to get access to new innovative capabilities quickly. With Braket Direct, you can request access to available experimental capabilities, such as new quantum devices with limited availability, directly in the Braket console.
Some experimental capabilities operate outside of standard device specifications, and need hands-on guidance tailored to your use case. To ensure your workloads are set up for success, access is available by request through Braket Direct.
Reservation-only access to IonQ Forte
With Braket Direct, you get reservation-only access to the IonQ Forte QPU. Due to its limited availability, this device is only available through Braket Direct.
To learn more and request access to IonQ Forte, follow these steps:
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Open the Amazon Braket console.
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Select Braket Direct in the left menu, and then in Experimental capabilities navigate to IonQ Forte. Choose View device.
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On the Forte device detail page, in Summary choose Reserve device.
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Provide your contact information, including Name and Email. Provide a valid email address that you regularly check.
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Under Tell us about your workload, provide details about the workload to run using your reservation, such as the desired reservation length, relevant constraints, or desired schedule.
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(Optional) If you are interested in connecting with a Braket expert for a reservation prep session after your reservation is confirmed, select I’m interested in a prep session.
Once the form is submitted, the Braket team will contact you with next steps.
Note
Due to limited device availability, access to Forte is limited. Contact us to learn more.
Access to local detuning on QuEra Aquila
With Braket Direct, you can request access to control local detuning when programming on the QuEra Aquila QPU. With this capability, you can adjust how much the driving field affects each specific qubit.
To learn more and request access to this capability, follow these steps:
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Open the Amazon Braket console.
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Select Braket Direct in the left menu, and then in Experimental capabilities navigate to QuEra Aquila - local detuning. Choose Get Access.
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Provide your contact information, including Name and Email. Provide a valid email address that you regularly check.
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Under Tell us about your workload, provide details about the workload and where you plan to use this capability..
Access to tall geometries on QuEra Aquila
With Braket Direct, you can request access to expanded geometries when programming on the QuEra Aquila QPU. With this capability, you can experiment beyond standard device capabilities and specify geometries with increased lattice height.
To learn more and request access to this capability, follow these steps:
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Open the Amazon Braket console.
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Select Braket Direct in the left menu, and then in Experimental capabilities navigate to QuEra Aquila - tall geometries. Choose Get access.
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Provide your contact information, including Name and Email. Provide a valid email address that you regularly check.
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Under Tell us about your workload, provide details about the workload and where you plan to use this capability..
Access to tight geometries on QuEra Aquila
With Braket Direct, you can request access to expanded geometries when programming on the QuEra Aquila QPU. With this capability, you can experiment beyond standard device capabilities and arrange lattice rows with tighter vertical spacing.
To learn more and request access to this capability, follow these steps:
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Open the Amazon Braket console.
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Select Braket Direct in the left menu, and then in Experimental capabilities navigate to QuEra Aquila - tall geometries. Choose Get access.
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Provide your contact information, including Name and Email. Provide a valid email address that you regularly check.
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Under Tell us about your workload, provide details about the workload and where you plan to use this capability..
