Subvolts take New AI architectures learn continuously, mimicking human memory to avoid forgetting. Jun 3, 2026
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Learn about novel architectures for building AI that can adapt and learn continuously, addressing catastrophic forgetting.
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This interview explores a potentially transformative approach to AI learning that could significantly impact future model development.

Nested Learning: Ali Behrouz on the Quest for Continual Learning & Illusion of AI Architectures

3 h Interview Hosts: Nathan Labenz
0:003:00:03

Audio streams from Erik Torenberg, Nathan Labenz. Your place is remembered on this device.

From Subvolts

Summary and analysis by Subvolts editorial, AI-assisted.

Summary

This episode of The Cognitive Revolution features Ali Behrouz discussing his "Nested Learning" research for continual AI learning. Behrouz, a Cornell grad student and Google researcher, explains how his work allows AI models to learn new information without forgetting old knowledge, inspired by human memory. The conversation also touches on AI sleep, associative memory, and implications for AGI, privacy, and alignment.

Explained simply

Imagine AI that can learn new things without forgetting what it already knows, like how people learn over time. This research explores new ways to build AI that remembers better, which could lead to smarter and more helpful artificial intelligence.

Why listen

This episode offers insight into a potential paradigm shift in AI model development, focusing on continual learning. It is for researchers and developers interested in building more adaptable and robust AI systems. Behrouz's work on "Nested Learning" directly addresses a core challenge in scaling AI, a problem all frontier labs like Google Gemini, Anthropic, and Meta AI are actively tackling to achieve more general intelligence.

On the mic
  • HostNathan Labenz
  • GuestAli Behrouzgrad student, Cornell
About
Key facts
  • Guest: Ali Behrouz
  • Episode Title: Nested Learning: Ali Behrouz on the Quest for Continual Learning & Illusion of AI Architectures
  • Show: The Cognitive Revolution
  • Length: 180 minutes
  • Key Concept: Nested Learning enables models to adapt to new context while preserving core knowledge by updating different layers at different frequencies.
  • Praise: Jeff Dean praised the work as a possible paradigm shift.
Show notes from Erik Torenberg, Nathan Labenz

Ali Behrouz, grad student at Cornell and Google researcher, discusses his potentially transformative work on new architectures for continual learning in AI. His paper "Nested Learning," praised by Jeff Dean as a possible paradigm shift, enables models to adapt to new context while preserving core knowledge by updating different layers at different frequencies, inspired by human memory systems. The conversation also covers his latest work on AI "sleep" for memory consolidation, why he sees all deep learning as associative memory, and the profound implications of continual learning for privacy, alignment, and the path to AGI.

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Jargon decoded
continual learning
Ali Behrouz
AI learning new things over time without forgetting previous knowledge.
AGI
Ali Behrouz
Artificial General Intelligence, AI with human-like cognitive abilities.
associative memory
Ali Behrouz
A memory system where recalling one piece of information triggers related information.
Published
Show
The Cognitive Revolution · Erik Torenberg, Nathan Labenz
Length
3 h
Companies
Anthropic
Products
Claude
Summary by
Subvolts, using an AI model (how we work). Spotted a mistake? Tell us.

Same guests, other shows

Questions people ask

What is Nested Learning?
Nested Learning is a new AI architecture that enables models to adapt to new contexts while preserving core knowledge by updating different layers at different frequencies.
What inspired this research?
The architecture is inspired by human memory systems, aiming to allow AI to learn continuously without forgetting.

Page generated Oct 19, 2026. Summaries are Subvolts' own; the audio, artwork and notes belong to Erik Torenberg, Nathan Labenz.