Spread the love“`html When discussing learning differences, dyslexia often takes center stage, but there’s another layer that significantly impacts those who have it: executive function challenges.

The Multi-Sensory Convergence Ladder: As signals ascend deeper into the fish’s forebrain, specifically into a structure called the pallium, single-sense neurons give way to multi-sensory cells. This ...

Much like camera settings—filters, flashes and focus—affect what we notice in a final photo, the way scientists measure ...

Rather than having distinct departments for blindness, paralysis and sensory disorders, scientists are developing a unified ...

Research shows the brain during prayer activates social cognition networks, reduces stress, and builds measurable neural ...

It’s another instance of how our amazing brains adapt to challenges and change – known as neuroplasticity. An article in ...

A team at Johns Hopkins University has identified a small, evolutionarily ancient group of inhibitory neurons in the ...

When we’re young, our brains retain neuroplasticity as they grow and adapt, a useful attribute that slowly degrades as we age ...

Cat visual cortex contains a topographic map of visual space, plus superimposed, spatially periodic maps of ocular dominance, spatial frequency and orientation. It is hypothesized that the layout of ...

A Korean research team has developed brain electrodes that restore up to 78% of visual signals in blind rats. The technology is regarded as a key platform for implementing high-performance artificial ...

Fine-scale exogenous attention within the foveola selectively enhances contrast gain at low-to-mid spatial frequencies while increasing response gain across a broad spatial frequency range.

Extensive practice can rewire the brain so a learned skill runs more automatically, making some forms of true multitasking ...