Chapter
Quantum Computing and Brontial Space
2:45:15 - 2:53:47 (08:31)
The measurement process in quantum mechanics may limit the possible advantages of quantum computing for computation. The use of brontial space may provide a way to utilize the expansion of the universe for quantum computing.
Clips
The advantages of quantum computing through parallelism seems to be lost in the measurement process and the amount of effort needed to combine all those parallel threads to get a classical answer at the end.
2:45:15 - 2:49:29 (04:14)
Summary
The advantages of quantum computing through parallelism seems to be lost in the measurement process and the amount of effort needed to combine all those parallel threads to get a classical answer at the end.
ChapterQuantum Computing and Brontial Space
Episode#124 – Stephen Wolfram: Fundamental Theory of Physics, Life, and the Universe
PodcastLex Fridman Podcast
The Wolfram language, a standard quantum computing framework, represents quantum mechanics through standard formalism.
2:49:29 - 2:51:31 (02:01)
Summary
The Wolfram language, a standard quantum computing framework, represents quantum mechanics through standard formalism. Multiway systems provide another route to represent quantum mechanics, but both methods are equally as effective in computational outcomes.
ChapterQuantum Computing and Brontial Space
Episode#124 – Stephen Wolfram: Fundamental Theory of Physics, Life, and the Universe
PodcastLex Fridman Podcast
By mining the expansion of the universe in brontial space, it may be possible to obtain quantum computing for free, essentially a perpetual motion machine that violates energy conservation laws.
2:51:31 - 2:53:47 (02:16)
Summary
By mining the expansion of the universe in brontial space, it may be possible to obtain quantum computing for free, essentially a perpetual motion machine that violates energy conservation laws. The practicality of achieving exponential computing with this technology, however, remains uncertain.