Scientists found the evolution behind the various brain sizes and functionality. Neuroscientists from Cornell University have collected 58 species of songbirds from 20 different families and studied the evolution of brain sizes.
A new study challenges the common belief that human brain's functions such as learning, memory, and perception occur in the central part of neurons called soma.
Scientists have found that neurological evidence in the form of brain scans that show birds of a feather do flock together. The team says that neural and social signals in the mind align in terms of how we perceive both safety and risk. This means that trends happen for a reason, and now scientists have a better understanding of why-no matter how awful, embarrassing, or just plain weird the trend is.
In our quest to understand the complex inner workings of the human brain, researchers at New York University have brought us one step closer. They have pinpointed a region of the brain exclusively devoted to processing speech, which not only provides a better understanding of the cerebral landscape, but settles a long-standing dispute concerning the brain's perception of sound.
Researchers at the Jacksonville, Florida Mayo Clinic have gained a mouse model for testing potential amyotrophic lateral sclerosis (ALS) treatments. ALS or Lou Gehrig's disease is associated with various behavioral features and neuropathological symptoms as is frontotemporal dementia (FTD); both are caused by a mutation in the C9ORF72 gene. Both result in the death of neurons in the spinal cord and brain, which leads to inability to control muscles, paralysis, and death.
We know, you thought the whole The Dress thing was over-and you were glad. But rather than being a simple Internet meme on the scale of dancing babies and funny cats, The Dress is helping neuroscientists understand the way that the human brain perceives and thinks. Three research papers discussion cognition and perception in light of The Dress have just been published in Current Biology.