Chapter
Quantum Computing's Race to Usefulness
47:12 - 52:29 (05:16)
We are finally at the point where noisy non-error corrected quantum computers can do something that is hard for classical computers to simulate, which marks the beginning of a race to try and create something beyond what a classical computer can do that is also useful, with Google, IBM, startups, and research labs all competing over the next decade.
Clips
The development of error correcting codes is a major focus in the early stages of quantum computing as we are now able to do something that is difficult for classical computers to simulate, even with non-error corrected quantum computers.
47:12 - 49:13 (02:00)
Summary
The development of error correcting codes is a major focus in the early stages of quantum computing as we are now able to do something that is difficult for classical computers to simulate, even with non-error corrected quantum computers.
ChapterQuantum Computing's Race to Usefulness
Episode#72 – Scott Aaronson: Quantum Computing
PodcastLex Fridman Podcast
In this transcript, Scott Aaronson discusses the development of quantum computing and the challenges it currently faces, including noise and error correction, and the race between companies and research labs to create something beyond what a classical computer can do.
49:13 - 52:29 (03:15)
Summary
In this transcript, Scott Aaronson discusses the development of quantum computing and the challenges it currently faces, including noise and error correction, and the race between companies and research labs to create something beyond what a classical computer can do.