New research reveals how the brain rapidly adapts to sensory changes using a feedback loop between the olfactory cortex and the olfactory bulb.

Animals, including humans, rely on multiple senses to navigate their environments and make decisions. This integration of ...

The human brain filters trillions of sensory inputs down to just 10 bits per second, a cognitive bottleneck shaped by ...

Discover how the brain quickly adapts to changing rules and behaviors. A fascinating study reveals the neural feedback loop that helps us stay flexible in a dynamic world.

Neuromap and QPAN have significant implications for the treatment of autism spectrum disorder. By identifying dysregulated brain activity, such as excessive delta waves or low gamma power, these tools ...

To do it, Dr. Kennedy advised lying in a comfortable position in bed and starting by focusing on your toes, then working slowly, bit by bit, up your body — but don't skip any parts. Go from toes to ...

The locus coeruleus is emerging as a major new area of research interest, with many important functions such as regulating ...

For now, humans remain slow thinkers. We dream faster than we speak. We see more than we can process and we imagine more than ...

The human brain is often lauded as one of nature's most extraordinary creations, as our sensory systems take in trillions of bits of information per second. Yet only a fraction of that makes it to ...

In anterior regions, such as the frontal cortex, space and time are processed independently, with distinct neural populations ...

Among the brain regions identified as expressing ... suggesting that IL-1 signaling could play a significant role in sensory processing. "This new discovery opens up questions about whether ...

The human brain is remarkable for its ability to synthesize sensory inputs into a coherent perception of the external world.