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Bridging Early Literacy, Brain Research, and AI Innovation with Dr. Ola Ozernov-Palchik

Jan 16, 2026
Dr. Ola Ozernov-Palchik, a cognitive neuroscience researcher at Boston University and MIT, studies how the brain learns to read and early markers of dyslexia. The conversation covers neuroimaging for early risk detection, scalable online and peer-tutoring interventions, speech-to-avatar AI tutors, and the push for rigorous, evidence-based AI in education.
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INSIGHT

Reading Relies On Neuroplasticity

  • Neuroplasticity makes reading possible because the brain repurposes existing systems to recognize written words.
  • Reading must be explicitly taught because it is not an innate human skill.
ADVICE

Scale Tutoring With Online Peer Models

  • Use scalable, online interventions and trained undergraduates to widen reach beyond local labs.
  • Pair online platforms with peer tutoring to deliver intensive, data-driven support affordably.
INSIGHT

Dyslexia Risk Shows Up Early

  • Kindergarten risk indicators for dyslexia appear very early and are detectable with brain measures.
  • Early identification supports the case for universal literacy screening at school entry.
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