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Teachers College’s EPIC and ILT convene scholars and tech innovators, including Retro Biosciences’ founder, to examine AI integration and cellular rejuvenation in education. Through panels, fireside chats, and small-group sessions, they explore personalized AI feedback, failure resilience practices, and motivational strategies essential for adapting to extended lifespans, ensuring intellectual engagement across potential 120-year lifespans.

Key points

  • Pison’s AI wearable sensors capture neuromuscular signals pre-movement via optical detection, enabling early cognitive load assessment in aging populations.
  • Transdermal optical imaging detects micro-changes in skin blood flow to infer emotional states, supporting personalized AI-driven resilience training.
  • Peak Neuro+ uses audio neural entrainment to modulate EEG rhythms, improving cognitive metrics like memory recall, processing speed, and sustained attention.

Why it matters: Combining AI-driven personalized learning and bioengineering for longevity establishes a transformative framework for sustaining motivation, resilience, and cognitive performance across extended lifespans.

Q&A

  • What is cellular rejuvenation?
  • How does personalized AI feedback enhance learning?
  • What role does failure research play in education?
  • What are AI-powered wearable sensors?
  • How can neural entrainment improve cognitive function?
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AI, Longevity and Failure Education Converge at TC Summit with Tech Experts