Real-time decoding is crucial to fault-tolerant quantum computers. By enabling decoders to operate with low latency concurrently with a quantum processing unit...

Real-time decoding is crucial to fault-tolerant quantum computers. By enabling decoders to operate with low latency concurrently with a quantum processing unit (QPU), we can apply corrections to the device within the coherence time. This prevents errors from accumulating, which reduces the value of results received. We can do this online, with a real quantum device, or offline…

Source

Simulating large-scale quantum computers has become more difficult as the quality of quantum processing units (QPUs) improves. Validating the results is key to...

Simulating large-scale quantum computers has become more difficult as the quality of quantum processing units (QPUs) improves. Validating the results is key to ensure that after the devices scale beyond what is classically simulable, we can still trust the outputs. Similarly, when generating large-scale datasets for various AI models that aim to aid in the operation of quantum processors…

Source