Chapter
The Future of Regenerative Medicine
2:15:23 - 2:21:23 (06:00)
The speaker discusses the need to understand the embodied intelligence of organs and tissues in order to achieve a different regenerative medicine, and the development of a science of detecting and manipulating the goals of collective intelligences of cells.
Clips
The development of a better science for predicting the cognitive goals of composite systems is important given the exponential growth of technology, such as bioengineering and swarm robotics.
2:15:23 - 2:18:41 (03:18)
Summary
The development of a better science for predicting the cognitive goals of composite systems is important given the exponential growth of technology, such as bioengineering and swarm robotics. A self-correcting system towards a super intelligent artificial intelligence system may be a possible outcome, but it is important to make rational decisions towards it.
ChapterThe Future of Regenerative Medicine
Episode#325 – Michael Levin: Biology, Life, Aliens, Evolution, Embryogenesis & Xenobots
PodcastLex Fridman Podcast
The aim is to achieve a different regenerative medicine to develop a science of detecting and manipulating the collective intelligence of cells to create synthetic systems.
2:18:41 - 2:21:23 (02:42)
Summary
The aim is to achieve a different regenerative medicine to develop a science of detecting and manipulating the collective intelligence of cells to create synthetic systems. By doing so, economic costs will reduce on increasingly expensive heroic interventions, and the positive feedback spiral will enhance regenerative medicine.