New BCI Research on Training the Brain’s “On/Off” Switch — Can Visualizing Brain Activity During Mental Rehearsal Improve Motor Skills?

About this episode

This episode discusses advancements in brain-computer interfaces and AI-driven drug discovery, highlighting a study on neurofeedback training and Isomorphic Labs' funding success.

The provided sources detail cutting-edge developments in HealthTech , focusing on advancements in brain-computer interfaces (BCI) and AI-driven drug discovery . One report highlights a study where neurofeedback training allows individuals to visualize and control brain states, effectively "transferring" mental imagery practice into improved physical motor performance . Simultaneously, the text discusses Isomorphic Labs , an Alphabet subsidiary that secured $2.1 billion in funding to scale its IsoDDE engine . This AI platform significantly outperforms previous models in predicting how drug molecules bind to proteins , potentially unlocking treatments for previously unreachable diseases. Together, these sources illustrate a future where technology enhances human biology and computational intelligence reshapes the pharmaceutical industry.

People in this episode

Host: Kazutaka Yoshinaga

Topics covered

• brain-computer interfaces
• neurofeedback
• motor skills
• AI-driven drug discovery
• pharmaceutical industry
• technology and biology

Keywords

• brain-computer interfaces
• neurofeedback
• motor performance
• AI
• drug discovery
• Isomorphic Labs
• health technology

Mentioned in this episode

Organizations: Isomorphic Labs, Alphabet

Products: IsoDDE engine

Places: HealthTech

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