I was looking at UK quantum computing news for 2022. There's a gem I found. I found this upcoming, newly-released product from "Riverlane" that may be integrated into many upcoming quantum computing products. A useful product that all quantum computing companies can use to help with error correction. But it may be the first part of an operating system for all quantum machines in the future. Basically, it's a real-time error correction product that corrects noisy data when calculations happen. Based on what I'm reading, ion-trapping platforms can now benefit from this.
We know all qubits are noisy!
"Because qubits are noisy, error-prone, and unstable, the processors that enable quantum mechanical calculations aren't very useful. This instability leads to floods of data errors that overwhelm all current quantum computers. Currently, we're entering the first generation of error-corrected quantum computing, where errors can be detected, diagnosed, and corrected in real-time, said Steve Brierley, Riverlane's founder and CEO. Our newly-released product allows us to upscale and count logical qubits, even for noisy qubits."
So, basically, we have a new UK company called Riverlane introducing an "error control system" that enables the transition to this emerging era of error control with scalable, high-speed hardware/software decoders. That is super exciting.
In order to update this post, I am contacting the company for more information. It would be useful if I could know the prices and which CLOUD platform will support the system.
Riverlane also offers two software products, "Deltaflow.Control" and "Deltaflow. Decode."
"Deltaflow. Control" is a customizable software solution for generating high-speed pulse sequences to control qubits using off-the-shelf hardware. A second product is "Deltaflow.decode," which is a decoding system for large-scale quantum computers that generate terabytes of data every second as fast as they are acquired to prevent errors propagating and rendering calculations useless.
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