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Every calibration uses an automated script to extract the optimal value for the measured parameter, which is recorded in a database. 4 shows an example calibration for each parameter type. Figure 1f lists the necessary calibration types that need to be corrected periodically and Extended Data Fig. Automated calibration routinesĬalibrations are a crucial part in operating a multi-qubit device. The Rabi frequencies for the state tomography experiments are as follows (qubits Q1–Q6): 4.6 MHz, 1.9 MHz, 4.2 MHz, 3.6 MHz, 2.4 MHz and 5 MHz. We used the synchronization condition 53,54 to choose Rabi frequencies for the single-qubit gates for which the qubit that suffers crosstalk does not undergo a net rotation while the target qubit is rotated by 90 degrees or multiples thereof (Extended Data Fig. When operating all qubits within the same sequence, we were unable to operate at a 5 MHz Rabi frequency as qubits Q2(Q3) and Q5(Q4) are too close to each other in frequency. 2, the single-qubit gates are chosen to be operated at a 5 MHz Rabi frequency and all single-qubit randomized benchmarking results are taken at this frequency as well.

Microwave crosstalk and synchronization condition The fraction of devices that pass these 4 K checks varies from 0 to 50% per batch (a batch contains either 12 or 24 devices). The best device (if it meets our requirements) is selected and cooled down in a dilution refrigerator. We check for current leakage, accumulation below the gates and device stability (for example, drifts in current). 33.Īfter fabrication, all the devices are screened at 4 K. Further details of device fabrication methods can be found in ref. The cobalt layer is not covered with a dielectric. The ferromagnetic layer is isolated from the gate layers by 10 nm of Al 2O 3 dielectric.

A ferromagnetic Ti:Co (5:200 nm) layer on top of the gate stack creates a local magnetic field gradient for qubit addressing and manipulation. The gate stack consists of three layers of Ti:Pd metallic gates (3:17, 3:27 and 3:27 nm) isolated from each other by 5 nm Al 2O 3 dielectrics, deposited using atomic layer deposition. The quantum well is separated from the surface by a 30-nm-thick Si 0.7Ge 0.3 spacer and a sacrificial 1 nm Si capping layer. The dialog below will appear.Devices are fabricated on an undoped 28Si/SiGe heterostructure featuring an 8 nm strained 28Si quantum well, with a residual 29Si concentration of 0.08%, grown on a strain-relaxed Si 0.7Ge 0.3 buffer layer. They do this by select Options| Glossary | Browse TaaS collection.

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In order to do that they must download a term collection from TaaS. Another translator is using OmegaT and would like to use these terms. We now have a translator who has been working in memoQ and added terms to a shared termbase. When you have extracted the terms from a document or the project you can add translations and decide which terms are approved you can add these terms to your TaaS termbase by select the “Send Terms to TaaS” button highlighted below. To do this run memoQ’s term extractor by selecting Operations | Extract Terms. You can also export a candidate list of extracted terms from memoQ to TaaS. The ‘Create term base entry’ dialog will appear and will allow you to edit the properties and save the term in TaaS. When you are working in memoQ you can add new terms by selecting the source and target term and pressing CTRL+E. memoQ will automatically lookup terms in TaaS when you select a new segment and display them in the translation results window. You can now work in memoQ and see terms from TaaS. To make the TaaS termbase your primary termbase you should right click and select “Set as target for new terms”. In the Properties dialog box you can select the TaaS collection you want to use. After you have selected TaaS you need to right click on the TaaS termbase and select Properties. You go to Termbases Panel and do a search for TaaS. In memoQ you assign a TaaS termbase the same way as you would assign any other termbase to the project. The Translators are now ready to work in both tools.

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OmegaT is available for Macs and Linux and you will have to adopt these Windows instructions for your environment. With the second line you remove the “#” and replace “xxxx” with your key. When you open this you will see the two lines below: In the folder where you have installed OmegaT you will find an ini file called. This tool is written in Java and like many Java tools uses a property file to store keys etc.

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