Part II: building the hardware
This closing segment contains no substantive explanation of quantum computing hardware, concepts, or history. The hosts wrap up the episode, tease part two, and ask listeners to leave a five-star review and answer a community question about what they would do with a personal quantum computer.
Transcript
This chapter, from the episode video's captions · 308 words
2:08:34processor. >> Yeah. >> Is that is that that's that is correct? >> Yeah, you're goddamn right. It's it's going to be so exciting because we will now have this foundation of understanding the history of why this research discipline even began >> and in modern times what was arguably the uh enabling layer to having the likes of IBM, Google, Microsoft, HRL, a variety of other >> I wouldn't put Microsoft in there but >> we'll talk about that in part two. We'll talk about that in part two, but this is now going to get into the fun stuff. Uh, we again appreciate you all greatly. If
2:09:14you've made it to the end of the pod and you have not yet given us a five star on Apple Podcasts or Spotify, now is a great time to do so. You're on a jog, you're at the gym, you're sitting in the car in traffic on the way to work or from work. It really helps us reach more people. We are trying to build the best science show on the planet. Share in the group chat, DMs, all the other things. Let's have a cuz I always like seeing those who reach the end. Uh if you have a comment to leave, you gave one for you gave an action for HRL, but that's in the group chat. >> Yeah. >> But for the public, if there's one
2:09:55comment to leave because they've made it this far into the pod, so that we know who the real fans are. What do you think? I I It's tough. It's I I don't >> What would you want? What would you want if you had a personal quantum computer? What would you want to do with it? >> That's a good one. That's a very good one. Uh
From How Quantum Computing Actually Works (Part 1)
Part I of our quantum computing deep dive traces the field from Bell and Feynman to Deutsch and Shor—and explains what quantum computers actually do differently from classical machines.