#GeniusBrain VS #AverageMind: Have you ever wondered what sets apart the brains of people considered “geniuses” from the rest of us? 🤔 What makes a 10-year-old a master computer programmer or a 6-year-old a theoretical physics genius? The sheer brilliance of these individuals can leave us in awe, but what is it that makes their brains work so differently from the average person? 🤯
I mean, how is it possible for a young child to understand complex concepts that seasoned professionals struggle with? Is it all just nature or is there something more to it? 🌟
Let’s dive into the fascinating world of the genius brain and try to uncover the secrets behind their extraordinary abilities. From neurobiology to psychology, we’ll explore what makes these individuals stand out and how they process information in ways that most of us could only dream of. 💭
So, what do you think? Are geniuses simply born with special brains, or is there a way to unlock our own hidden potential? Let’s unravel this mystery together! 💡✨
Drop your thoughts below, take our quiz, and let’s embark on this journey of discovery! 🔍💬 #GeniusMind #BrainPower #Curiousity #UnlockYourPotential
Being precious is different than being a genius. The people you described have achieved mastery but a genius must also add to their field and break new ground.
I do not think we have yet learned to recognize the physical differences in brains that you are asking about
I would be remiss if I din’t include the following quote:
“I am, somehow, less interested in the weight and convolutions of Einstein’s brain than in the near certainty that people of equal talent have lived and died in cotton fields and sweatshops.”
That being said, they don’t really know for sure. The folds that give human brains their wrinkly appearance have the purpose of increasing the surface area available for the neurons. Humans have very wrinkly brains, and a really dumb animal like a chicken has a smooth brain. A dog’s brain is more wrinkled than a chicken’s but less than a human’s. Einstein’s brain was apparently wrinklier in some areas than the average person’s, and this is theorized to be at least one of the reasons why he was a genius.
For any given trait, there is variation in a human population. The most common distribution found is a normal bell curve. Some people are short, most people are in the middle, and some people are tall.
The cause of these variations is multivariate.
Are tall bodies “different” from short bodies? Not really. Are “geniuses brains” “different” from normal brains? Not really. They are different in degree rather than in kind.
>someone as young as 10 can be a master computer programmer, or how a 6 year old can do theoretical physics equations that even masters who’ve been in the field for 30+ years have issues with. In
These sound like exaggerations at best.
I don’t think there’s any official answer to this but I believe it has more to do with how your thoughts are formed rather than the physical properties of your brain. That’s not to say that this isn’t genetic. My theory is that some people release happy chemicals to different stimuli thus affecting the formation of patterns in their brain. Like if you get really happy seeing the color green and someone else gets really happy by solving a math problem. The other person will spend more time doing math
In my opinion and experience, being smart is a choice. We choose to be smart at times and about certain things.
Basically there are seven things that a stupid person does that leads to stupidity and seven things a smart person does that leads to smartness.
A smart person does not speak before one who is greater than they in wisdom, And does not break into his fellow’s speech; And is not hasty to answer; He asks what is relevant, and he answers to the point; And he speaks of the first [point] first, and of the last [point] last; And concerning that which he has not heard, he says: I have not heard; And he acknowledges the truth. And the reverse of these is what a stupid person does and thus ends up stupid.
And it’s all dependent on the subject. I acted stupid in biology class so I am stupid in biology.
Overall size is pretty much the same and there’s no definite answer. There’s a few ideas as to what could differentiate. Maybe certain areas (like the PFC) are proportionally bigger. Maybe they have more neuron density. Maybe they have different neuronal firing patterns and circuitry than normal people. It’s a hard thing to study, especially since there’s so much variability between any person’s brain.