The following is one of articles I had submitted to an online journal to apply to join as a blogger, but my application had been turned down. “Better luck next time”, I had mumbled under my breath as I was reading the reply email which said “Unfortunately, you were not successful this time – however, we plan to recruit on an annual basis, so stay tuned for next year’s competition.” Then i had submitted the same writing for our med school magazine and it was published but, for unknown reasons, with too many typing errors. So, here it is, the original copy of the writing:
A few weeks ago during the anatomy lecture, our teacher mentioned something about how Albert Einstein’s brain was reportedly different from that of a normal individual’s brain. I found it rather intriguing and decided to find out more about the brain of one of the most brilliant theoretical physicists ever to have walked upon this planet. When I came back home from college that day, I sat down in front of my PC and started googling “Einstein’s brain”. After reading through various articles from a number of websites, I sat back and wondered whether Einstein just had a mere ‘brain’.
Einstein had no brain actually. The organ that occupied his cranial cavity was a ‘superbrain’, or at least that is what I think.
In one of the search results, I came across one of Einstein’s statements where he said, “I have no special talents, I am only passionately curious.” Yet years of research on his brain, which had been removed during autopsy seven hours after his death, suggest otherwise. Little did he know that his brain was far from ordinary and he probably possessed a very gifted mind. Researchers found out that the parietal operculum region in the inferior frontal gyrus of Einstein’s brain was vacant which meant that the Broca’s area (Brodmann’s areas 44 and 45, responsible for the production of speech) was smaller. To compensate, the inferior parietal lobe was 15% wider than normal. It is this part of the brain that is responsible for mathematical thoughts, visuospatial cognition and imagery of movement. No wonder the owner of this brain founded the Theory of Relativity which many of us even fail to understand. Moreover, part of the lateral sulcus on the cerebral cortex was absent. “This unusual brain anatomy may explain why Einstein thought the way he did”, said one of the researchers who had studied that ‘super brain’.
Moreover, Einstein’s brain showed more glial cells than normal, which is why many people suggest that the neurons in his brain had a greater demand for energy. In the left inferior parietal area this difference in glial cells was statistically significant.
There was another very interesting fact that I came to know while digging for details about the ‘superbrain’. Some people (including some of my best friends) say that an average human being uses only 10 % of his brain. According to most of the search results on Google that I’ve visited, this was nothing but a myth. One particular author of an article says, “It is not that we use only 10% of our brains, it is that we only know 10% of its functions.” Brain imaging techniques have shown that there is not a single “silent” area in the brain. Moreover, if 90% of the neurons were of no use, then all the energy and nutrition that they would use up would have been a huge waste. This useless consumption of energy simply doesn’t make sense no matter whether you believe in the Theory of Evolution (which I don’t) or whether you put your faith in Creationism.
As a medical student, Einstein’s works are of little interest to me (although during my school days, he was one of the few famous people who inspired me). However, the research on his brain was something I really enjoyed reading about. The topic seemed intriguing to me because currently, I am studying brain for anatomy at med school. Anatomy is indeed, a subject full of wonders and elegance. It is only after studying anatomy that one can truly realize how amazing our human body is. Even more amazing was the brain of the great scientist Einstein.
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