At its core, the study of the brain is the study of potential.

Every neural pathway that forms, every connection that strengthens, represents an opportunity—for learning, for growth, for transformation.

My research has focused on the architecture underlying one of the most fundamental of these processes: reading. By mapping how brain systems support literacy, we gain insight into how complex skills emerge from simple biological principles.

But the implications go far beyond reading.

They speak to how we understand intelligence itself. Not as a fixed trait, but as a dynamic system—one shaped by biology, experience, and environment.

This perspective challenges long-standing assumptions in education. It suggests that ability is not something to be measured once, but something to be cultivated continuously.

For individuals with dyslexia and other learning differences, this shift is especially important. It reframes challenges as variations in development, opening the door to more inclusive and adaptive systems.

Receiving this recognition from the National Academy of Sciences is a milestone, but it is also a marker of how much remains to be explored.

The architecture of learning is vast. We are only beginning to understand its design.