America feels like it’s unraveling.
And science is holding on by a thread.
Every March, Brain Awareness Week (BAW, for short) unifies the world in celebration of the brain and mind! In order to raise awareness about how the brain works, what neuroscientists do, and how amazing new research is, scientists present interactive activities, host laboratory tours, and speak to audiences about brain-related topics.
This year, we put together a list of our favorite Knowing Neurons content that highlight how amazing the brain is! Check them out and share the awesomeness!Continue reading
On January 6, 1995, a large five-foot-six 270-pound middle-aged man robbed two Pittsburgh banks in broad daylight. He didn’t wear a mask or any sort of disguise. And he smiled at surveillance cameras before walking out of each bank.
Knowing Neurons had an amazing year, and we are so thankful for all your support throughout our journey! Here are some highlights from 2016!Continue reading
When babies are born, they cannot see very well, but their vision vastly improves as they continue to develop. Sometimes, the eyes don’t communicate well with the brain, and vision disorders like amblyopia result. What are the neural mechanisms that allow normal visual development? What happens when things go amiss? And how can these disorders be prevented and treated? These are the questions that get Professor Lynne Kiorpes up in the morning! Listen to her passion as she explains her research and life as a neuroscientist:Continue reading
What does eye-witness identification have to do with neuroscience? A lot, actually.Continue reading
We are excited to announce that we received the Society for Neuroscience 2016 Next Generation Award. This award recognizes SfN chapter members who have made outstanding contributions to public communication, outreach, and education about neuroscience. To celebrate the award reflecting our dedication to neuroscience education, we, the team members of Knowing Neurons, reminisce over some of their favorite moments in the past year.Continue reading
It is no surprise that a child prefers its mother’s voice to those of strangers. Beginning in the womb, a fetus’s developing auditory pathways sense the sounds and vibrations of its mother. Soon after birth, a child can identify its mother’s voice and will work to hear her voice better over unfamiliar female voices. A 2014 study of preterm infants showed that playing a recording of the mother’s voice when babies sucked on a pacifier was enough to improve development of oral feeding skills and shorten their hospital stay. A mother’s voice can soothe a child in stressful situations, reducing levels of cortisol, the stress hormone, and increasing levels of oxytocin, the social bonding hormone. Scientists have even traced the power of a mother’s voice to infants’ brains: a mother’s voice activates the anterior prefrontal cortex and the left posterior temporal region more strongly than an unfamiliar voice, priming the infant for the specialized task of speech processing.
While it makes intuitive sense that a mother’s voice has special power over infants and toddlers, what happens as children grow up? Continue reading
Our sense of sight is arguably our most important sense. Imagine how different your life would be if soon after birth, you lost the ability to see. For over 1.4 million children worldwide, that is their life. Being blind in developing countries like India has a costly impact: over 90% of blind children do not go to school, less than 50% make it to adulthood, and for those that do, only 20% are employed. But the real tragedy is that many of these cases of childhood blindness are completely avoidable and even treatable.
Why do they go untreated?
Your brain is the most remarkable thing about you because it makes you you. So, when Dean Burnett, Ph.D. chose to describe all that the brain does to make you amazing, he did it in a uniquely humane and entertaining way. His popular science book Idiot Brain: What Your Head is Really Up To is well-researched, well-written, and highly recommended for anyone interested in learning about how the brain works, fails to work, and even works against you.Continue reading
Our eyes contain millions of color-sensitive cells, called cones, which maximally respond to red, green, and blue light. With just these three types of color receptors, we can see the full rainbow of our world.Continue reading