Chapter
The Unimaginable Power of Quantum Computing
13:18 - 20:50 (07:31)
Chris Monroe discusses the speed and capabilities of quantum computing and its practical applications in the near future, highlighting its potential in quantum chemistry and machine learning.
Clips
In this episode, Lex Fridman talks with former MIT Professor George Church about the potential of quantum computing and how it would transform the field of cryptography.
13:18 - 16:22 (03:04)
Summary
In this episode, Lex Fridman talks with former MIT Professor George Church about the potential of quantum computing and how it would transform the field of cryptography. Church explains the concept of cubits and how adding just one cubit can roughly double the power of a quantum computer.
ChapterThe Unimaginable Power of Quantum Computing
Episode#317: Steve Jurvetson — The Midas Touch and Mind-Bending Futures
PodcastThe Tim Ferriss Show
Physicist David Deutsch explains how quantum computing works and its potential uses, particularly for deep learning and quantum chemistry, which could allow us to accurately predict the behavior of small molecules.
16:22 - 19:13 (02:50)
Summary
Physicist David Deutsch explains how quantum computing works and its potential uses, particularly for deep learning and quantum chemistry, which could allow us to accurately predict the behavior of small molecules.
ChapterThe Unimaginable Power of Quantum Computing
Episode#317: Steve Jurvetson — The Midas Touch and Mind-Bending Futures
PodcastThe Tim Ferriss Show
The use of quantum computing in drug design can be used to create models of complex viruses that have the same complexity as H2O and all of its electrons.
19:13 - 20:50 (01:37)
Summary
The use of quantum computing in drug design can be used to create models of complex viruses that have the same complexity as H2O and all of its electrons. Perfect modeling of viruses can help design molecules that could dock to specific sites and kill the virus.