A study completed recently in December 2013 on nearly 1,000 brain scans has surprisingly confirmed what many of us thought…that there are major differences between the male & female brain. Women’s and men’s brains are indeed wired in fundamentally different ways.
The research showed that on average, female brains are highly connected across the left and right hemispheres, and connections in male brains are typically stronger between the front and back regions. Men’s brains tend to perform tasks predominantly on the left-side, which is the logical/rational side of the brain. Women, on the other hand, use both sides of their brains because a woman’s brain has a larger Corpus Callosum, which means women can transfer data between the right and left hemispheres faster than men.
Here is a list of the basic differences between women & men based on research studies of the brain done up to now. This might be a handy list to show to your other half to avoid future misunderstandings!
Brain Size & Brain Connections: Women’s brains are 8% smaller than men’s, but have more interconnections. Women perform better at “bigger picture” & situational thinking while men do better on more specific spatial thinking (problem solving, and pattern prediction involving objects and their spatial relationships).
Multi-tasking: Men tend to be better at learning and performing a single task, like cycling or navigating, and women are better at juggling different tasks at once.
Social Context: Women are better at social thinking & interactions than men, while men are more abstract and task-orientated. This is why women are normally better at communication while men more often prefer relying on themselves to get things done.
Emotions: Women typically have a larger limbic system than men, which makes them more in touch and expressive with their emotions. Women are usually more empathic and comprehensive in thinking, while men focus on exact issues and disregard impertinent information. Men have a difficult time understanding emotions not explicitly verbalized but can think more logically, while women have a more wholesome view of thinking & understanding but their emotions can sometimes influence decisions.
Math Skills: A brain area called the “Inferior-Parietal Lobule (IPL)” is normally larger in men than women. This area is thought to control mathematical processes, which explains why men typically can perform mathematical tasks better than women.
Pain: Women tend to perceive pain more intensely than men. The Amygdala is the brain area activated when pain is felt. The right Amygdala is activated for men and the left Amygdala is activated for women. The right Amygdala has more connections with external functions while the left Amygdala has more connections with internal functions.
Coordination & Movement: Men are generally better with coordination, controlling their movements, and have faster reaction times.
Language: Women are more attuned to words and sounds and are normally better at learning languages. This is also why men tend to have a harder time expressing emotions verbally.
Memory: Women generally have better memory than men. They have greater activity in the brain’s hippocampus, which is part of the brain that helps store memories. Studies have shown women are generally better at recalling words, names, faces, pictures, objects, and everyday events.
Sense of Direction: Men has shown to have better visual-spatial & geographic memory and thinking, meaning they tend to have a better sense of direction and remembering where locations and areas are.
Risks & Rewards: Men has a brain wired for risk-taking more than women. Male brains get a bigger burst of endorphins, sensation of pleasure, when faced with a risky or challenging situation. And the bigger the reward is, the more likely a man will take a risk.
Senses & Sex: Men focus more on their visual sense, among other senses of perception; while women tend to use multiple senses. In terms of sexual activity, men are prevalently turned on by what they see, whereas women are turned on by multiple sources: ambience, touch, scent, as well as visual perception.
What did you think about the list? Tell us in the comments! Be sure to follow our blog for more lifestyle & health tips and lists. Also, both our female and male readers can challenge and entertain their brain by playing Fit Brains brain training games, so check it out!
Fit Brains: Sparky’s Adventures offers a first-of-its-kind approach to child learning and development. With a library of 200+ fun & healthy brain games designed for children ages 2 to 8, this app will stimulate the 5 key areas of your child’s brain and automatically adapts to the specific needs of your child.
200+ games for your child that are both fun and educational
Each game stimulates a key area of the brain: Memory, Concentration (Attention), Problem-Solving, Speed, Visual
Automatic adjustment of game difficulty to match your child’s skill level and continuing growth
Rewarded treats that can be added to the “playground” to keep your child engaged and motivated
The “Parents Corner” offers detailed tools & charts tracking your child’s progress in different areas
A “Fit Brains Age Index” to show which age group your child is performing the closest to
The original Fit Brains Trainer has been highly successful, used and praised by people all over the world. However, we have gotten many requests for additional tools & products and we knew we had to start expanding our training to the entire family. We saw the lack of a comprehensive brain trainer for young children, and heard from many of our fans that they wanted a Fit Brains app geared toward their kids. It was here that Fit Brains: Sparky’s Adventures was born.
We hope this new app will bring education into playtime fun for your children. Leave us a comment below and let us know your child’s experience with the app!
The human brain has what is known as a dominant side and a non-dominant side. Dominance is determined by where language is processed and for the vast majority of humans we believe the dominant side is the left side or left hemisphere. Interestingly, we are not sure why the left side evolved to be dominant, but perhaps it had something to do with cave men and women using their right hands more often.
As language is processed primarily by most in the left hemisphere it is important to note that words are best processed when spoken into the right ear. The right ear processes information primarily using the left hemisphere while the left ear uses the right hemisphere.
A recent study found that words were more deeply processed when spoken into the person’s right ear. Therefore, if you want me to remember something for you please speak to me on my right side.
Perhaps the most fundamental and critical behavior of your brain is language. The ability to communicate is necessary to our species and survival. Language is predominantly a left-hemisphere and verbal function. However, language also entails prosody or pitch and tone without words, letters, or numbers. Language involves spontaneity, content, tempo, volume, and comprehension. Language is symbolic, spoken, written, perceived and comprehended. Read more about Language Skills…
The common phrase “the game is 95% mental” is well known, but hardly respected at least as measured by the amount of time one works on the mental side of any sport. For those professional and amateur athletes who perform at the highest levels, the common thread to their excellence is the mastery of the mental part of their work or game.
I watched the Masters’ Golf Tournament and took away a deep appreciation again of the significance of the mental part of the game. Indeed, the mental part of the game can completely alter a highly proficient mechanical or physical part of the game. Consider the major leaguer who falls into a slump, a professional golfer who cannot hit a three foot putt, and the professional basketball player who cannot drain the fifteen foot foul shot. This is despite the fact that these professionals are the best on the planet and can achieve success at these tasks 98% of the time.
The Masters’ typically begins on Sunday and the last nine holes. This is the time when the mental aspect of the game really becomes paramount, though clearly the mental part of the golf game is always important. Perhaps it is the nearing of the end of the tournament, the amount of fame derived from winning this major tournament, or the fear of failure that cause the execution of the swing or putt to drift. Truly, the ability to put all of these and other mental distractions to the side and mentally focus on the execution of what the professional has done thousands of times represents the road to success and victory.
That the greatest athletes on the planet can be so affected, negatively and positively, by the mental energy and focus of the game is impressive. The human brain’s ability to harness and focus this energy, to not get distracted, to remain confident in the execution of the mechanics, and to see success will always be in the winner’s circle no matter what profession we are discussing.
We have known for some time that caloric restriction relates to longevity and functional health in animals. This has been well documented and discussed in previous blogs from Fit brains. However, the issue of whether caloric restriction also benefits humans has been less clear. It’s also obvious and important to note how difficult caloric restriction can be for humans, particularly when such reduction in calories is significant.
Much work is done on the quality of what is consumed when one reviews the many dietary plans offered on the market. Less is focused on the quantity and it is generally true that those living in western nations over-consume. This has resulted in an alarming increase in obesity and diabetes, including a significant number of cases emerging in childhood.
The balance of sugars and insulin in our bodies is very important. An unhealthy balance can lead to diabetes and multiple other medical problems, some of which affect the brain such as stroke and dementia. We now know that what we eat affects both the structure and function of our brain and more attention is now focused on both the quality and quantity of our diets.
Scientists all over the world are starting to agree that stimulating the brain can improve brain power. Numerous studies show that activities such as interactive games can help maintain key cognitive functions.
According to a new study presented at the American Academy of Neurology’s 61st Annual Meeting, participating in certain mental activities, like reading magazines or crafting in middle age or later in life, may delay or prevent memory loss. The study involved 197 people between the ages of 70 and 89 with mild cognitive impairment, or diagnosed memory loss, and 1,124 people that age with no memory problems.
The study found that during later years, reading books, participating in computer activities, playing games and doing craft activities such as pottery or quilting led to a 30 to 50 percent decrease in the risk of developing memory loss compared to people who did not do those activities.