The Bright Insight Blog

Hyperneuroplastic body–brain systems behave much like nonlinear dynamic systems, as described in complex systems neuroscience, where neural network dynamics organize around shifting attractor states rather than fixed points of equilibrium. Small changes can produce large effects. Patterns emerge quickly. Stability is achieved through ongoing adjustment rather than rigidity.

Dąbrowski’s Theory of Positive Disintegration anticipated what neuroscience now begins to affirm: certain nervous systems are built for transformation. Hyperneuroplasticity may provide the biological foundation for developmental potential, with the third factor as its governing mechanism and multilevelness as its structural expression.

So imagine when I saw a cheesy Facebook post about a supposed 2025 genetics study that modeled how the DNA signals for dyslexia relate to other conditions and found that dyslexia aligns most closely with ADHD on a shared, attention-and-learning genetic pattern. Whoa. Too good to be true? Not when it's believable and supports a framework I’ve worked to develop.