Peter Chapman
Analyst · Quinn Bolton with Needham. Please proceed with your question
It's a -- it's certainly a great question. So, maybe just points out the first thing, which is obvious that you can't use the same sort of model for classical as you can for quantum in terms of price performance because the -- as you saw, just here, these new machines are thousand times more powerful than last year's model. So, they can't be thousand times more expensive. And in the future, it's just going to get worse and worse, or you'll get to an you know, sometime in the future where the next model will be hundred thousand times more powerful than the previous model. So, you clearly need a more aggressive price performance, mix up than what you get today. Today, we expect in the classical world, kind of, every year, 18 months, using Moore's law, to double the performance, and be able to buy the same laptop, if you will, for the same price in that same period or another ways, it's half the cost. So, -- and that leads to an observation, which is, price per qubit, needs to be going down in every generation. And so as much as we're focused on the technology to improve the quantum computers themselves, are also likewise focused on the manufacturing cost going forward in shrinking the costs in every generation, which generally means probably for everyone, but us included -- including us, which is they have to get smaller, because every time -- if every generation gets smaller, generally the things get cheaper. So, we're just standing up a manufacturing group this year, whose sole purpose it is to work on that particular problem set. We will not deliver, I don't believe first computers off that line until early 2023.