In this episode of the Smarter Not Harder Podcast, our guest Dr. Michael Levin joins our host Dr. Ted Achacoso to give one-cent solutions to life’s $64,000 questions that include:
- Can we unlock the secrets of limb regeneration to revolutionize the future of medicine?
- How can we harness the power of cellular communication to control cancer growth?
- What are the ethical and practical implications of creating programmable living machines known as xenobots?
MICHAEL LEVIN
[00:00] Dr. Michael Levin's groundbreaking research is shaping the future of biology, medicine, and ethics.
[06:25] Bioelectric circuits can be manipulated to grow functioning organs
[17:44] Anatomical homeostasis may be the reason for regeneration of limbs in frogs and salamanders
[33:02] Xenobots challenge our understanding of natural selection
[37:54] Mathematics and geometry have an independent life separate from physical facts of the universe.
[53:03] Understanding diverse spaces where intelligence can function.
[1:03:23] Planarian bioelectric circuits can be rewritten to alter memory and guide regeneration.
[1:18:56] Multicellularity enables cells to work in a different problem space and expand their cognitive light cone.
[1:24:06] Recognizing and relating to diverse intelligences through a framework, tools, and ethical considerations.
[1:34:31] Understanding and studying agency in unfamiliar embodiments is crucial for the future of living with cognitive systems.
[1:39:28] Consider ethics in scientific advancements
[1:50:11] Medical informatics is a process of discovering beyond the wall of knowledge.
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