Qiskit

So what started as nearly an hour to transpile this shallow 50-some qubit circuit, now it takes 50 milliseconds.

If you have any interest in quantum computing use cases, you've heard of Qiskit, which lets you run programs on machines from multiple vendors.

IBM Quantum has been working on stripping away hardware complexity from this ubiquitous stack.

And Quantum Elements has been helping performance by actively suppressing errors across dynamic circuits.

Yeah.

So with that, let's dive in with Sanket.

Let's start with the big picture of Qiskit.

So over the past couple of years, Qiskit evolved from an open source Python SDK into a full stack performance oriented runtime.

So what does it look like then if someone buys this and puts it in their data center? What kind of classic quantum hybrid control is there? And what does the interface look like right now? Because this is something you have on-prem.

You're not going to go out and you're not going to be using Qiskit on some cloud platform.

You're using it.

Is there custom-designed software to help that control?

Your quantum algorithm.

So what you have to provide as a user is the quantum algorithm that you want to execute on the hardware.

And that can be written, for example, in Qiskit.

So you have a Qiskit code and you upload it into the task queue and you can choose one of the 16 or whatever processes.