
A neuroscience-meets-AI podcast exploring the intersection of brain science and artificial intelligence. Host Paul Middlebrooks converses with neuroscientists, cognitive scientists, and AI researchers to uncover how insights about the brain can inform AI algorithms (and vice versa). In long-form discussions, they examine topics like neural coding, consciousness, neuromorphic computing, and deep learning, all aimed at understanding intelligence. An accessible yet deep show for those curious about how minds – biological or artificial – work, with new episodes posted regularly.

In this episode, Jaan Aru discusses how detailed biological mechanisms—such as dendritic integration and thalamocortical loops—might underpin subjective consciousness and how these insights could inform artificial intelligence. He argues that true machine consciousness is unlikely with current architectures, emphasizing the need to bridge low‑level neural implementation with high‑level cognition. The conversation also explores the relationship between intelligence and consciousness, and later delves into the neural basis of insight, creativity, and even mystical experiences, linking mundane problem‑solving breakthroughs to profound psychedelic states.

In this episode, Tomaso Poggio discusses extending Marr's three levels of analysis by adding learning as a fourth level, arguing that understanding intelligence requires both engineering breakthroughs and theoretical foundations—much like the era between Volta's battery and Maxwell's equations. He...

In this episode, philosophy of science professor Henk de Regt explains his theory of scientific understanding, arguing that true understanding requires the ability to generate theory‑based explanations and make qualitative predictions using the relevant scientific skills, rather than merely feeling a...

The post recaps episode BI 196 of the *Brain Inspired* podcast, where hosts Gaute Einevoll and a guest discuss Neuro‑AI with researchers Cristina Savin and Tim Vogels. Savin describes using recurrent neural networks to model learning and behavior, while Vogels explains how AI‑driven optimization is...

In this episode of Brain Inspired, hosts Paul and Gaute Einevoll share recordings from a Norwegian Neuro‑AI workshop, featuring conversations with neuroscientists Ken Harris and Andreas Tolias. Harris discusses his ultra‑high‑density recordings of thousands of neurons and the challenges of...

In this Brain Inspired episode, experimental psychologist Damian Kelty‑Stephen critiques the dominant computer‑metaphor of the brain and proposes that fractal, cascade, and turbulence dynamics—rooted in ecological psychology—better explain intelligence and behavior across scales. He traces his academic journey from developmental...

The post introduces Luis Favela’s new book *The Ecological Brain*, which puts forward the NeuroEcological Nexus Theory (NExT) to unify neuroscience, ecological psychology, and the body‑environment system through low‑dimensional neural, bodily, and environmental dynamics and manifold mathematics. Favela argues that...

In this episode Joshua Vogelstein discusses two core themes: the creation of the world’s largest whole‑brain connectome for the fruit fly and his team’s concept of prospective learning, which contrasts with the dominant retrospective learning in AI. He explains how...