Chapter
The Compatibility of Physics Parameters and Large Scale Spiking Neural Networks
2:14:43 - 2:23:23 (08:39)
The parameters that define our universe seem optimized to allow for a complex, long-lived universe. In order to simulate such complexity, large scale spiking neural networks with vast communication would have something tremendous to offer.
Clips
The integration of AI into large scale engineering projects, such as self-driving cars, raises the issue of the need for robustness to imperfection in these systems.
2:14:43 - 2:17:01 (02:18)
Summary
The integration of AI into large scale engineering projects, such as self-driving cars, raises the issue of the need for robustness to imperfection in these systems. There is also a desire for algorithms and systems to be provably correct and safe, according to NIST and computer scientist Don Knuth.
ChapterThe Compatibility of Physics Parameters and Large Scale Spiking Neural Networks
Episode#225 – Jeffrey Shainline: Neuromorphic Computing and Optoelectronic Intelligence
PodcastLex Fridman Podcast
Exploring the concept of perfection in robotics, and how the interaction between humans and robots plays a crucial role in the development of autonomous driving, with disagreements arising on whether it is fundamentally a human-robot interaction or robotics challenge.
2:17:01 - 2:19:41 (02:39)
Summary
Exploring the concept of perfection in robotics, and how the interaction between humans and robots plays a crucial role in the development of autonomous driving, with disagreements arising on whether it is fundamentally a human-robot interaction or robotics challenge.
ChapterThe Compatibility of Physics Parameters and Large Scale Spiking Neural Networks
Episode#225 – Jeffrey Shainline: Neuromorphic Computing and Optoelectronic Intelligence
PodcastLex Fridman Podcast
The parameters that define the strength of different couplings in the physical universe, such as those that dictate the strength of a particle's coupling to the electromagnetic or Higgs field, are just as important as the structure of the equations governing the universe's behavior, as they are adjusted to enable a universe like the one we observe to exist.
2:19:41 - 2:23:23 (03:41)
Summary
The parameters that define the strength of different couplings in the physical universe, such as those that dictate the strength of a particle's coupling to the electromagnetic or Higgs field, are just as important as the structure of the equations governing the universe's behavior, as they are adjusted to enable a universe like the one we observe to exist.