Yawn!! You slowly open your eyes to see the bright sunlight glaring at you. Your alarm clock just woke you up from a deep sleep, giving a reminder that you have a big day ahead of you. As you wake up, you follow your routine and get started on your day. If you think this everyday activity of waking up may seem rather simple, get ready to have your mind blown with the amount of science involved behind waking up your sleepy brain![…]
Throughout the ages, people have pondered the significance of dreams. The Greeks and Romans were convinced that dreams had prophetic powers but it wasn’t until the end of the 19th century that Sigmund Freud and Carl Jung came up with some of the most widely-known theories to date.[…]
Throughout our extensive history, humans have evolved; minor changes in the genome of one became more widespread throughout the population over time, eventually leading to advantageous, groundbreaking changes in human structure and function. Similarly, research in neuroscience has uncovered the extent of the extensive change that the human brain has undergone; the overall trend is that it has grown larger, leading to an increase in human intelligence and capability.[…]
We’ve all heard the phrase ‘Liar Liar, Pants on Fire’; it’s a common, charming phrase often
found in the children’s vernacular, used primarily when one has caught someone or suspects
someone to be lying. Maybe you’ve even used it once as a kid yourself — or adult, who am I to
The following blog is an honorable mention in the Brainy Blog Competition.
For the past 6 months most of us have been stuck indoors. Many of us have used this time to pick up new hobbies, or continue hobbies that got swept to the side due to a busy work or school schedule. Well, I fell into the latter category.
Over the past 6 months, I’ve read over seventy books! This might seem like an overkill, but I absolutely love to read.
There are many reasons why I read so much. One reason is that I enjoy conceptualizing ideas and thoughts through the eyes of different people from the words they write. Another reason is because I know that reading utilizes multiple parts of the brain and requires a degree of focus and memory to be done fluently, with full comprehension of what is being read. It is a great way to exercise the brain, similar to the way you exercise your muscles at the gym, keeping our brains active and alert.
An article published by Harvard University called “Reading and the Brain,” by Scott Edwards breaks down the process of learning to read that starts from the time that we’re born. Edwards described how babies start processing sounds and developing phonological skills, the ability to discern the sounds of a language, as they grow into toddlers. He described how the act of reading requires the brain to recognize words, recall the meaning of those words, understand the context of those words in a sentence, put the ideas formed by those sentences in a paragraph, and comprehend the information given by those paragraphs into a story or narrative. These many many steps in the reading process are why reading takes several years of practice to be done fluently and is a definitive way to work your brain.
Many of these steps require different parts of the brain. Scientific American published an article called “The Reading Brain,” outlining the functions of different parts of the brain in regards to reading and language. Tanja Kassuba and Sabine Kastner, the authors of this article, described the occipital, temporal, and parietal lobe in the brain’s left hemisphere as parts of the brain that contain a person’s wordbox. The wordbox was defined in this article as the part of the brain that connects the brain’s visual system and language regions. This section of the brain takes the shapes and lines that form words from our brain’s visual system and delivers them to the brain’s language regions, where those shapes become words with a given meaning that can be interpreted.
As we read, our brains connect our memories and experiences to the ideas set in each sentence, using them as a foundation to put together a scene in our heads. It’s amazing how every language we learn requires so many parts of the brain to function. This is a great example of how many different parts of the brain work in tandem. So whenever we read, our brain comes alive with the various signals that are working together to interpret the lines and shapes we see and give them a meaning, a life, and a story.
Author: Rebecca-Renee Lorente