It is true that autism is more common in men, that schizophrenia is more aggressive in men than in women, that tangles in Alzheimer's disease are a greater risk factor in women than in men, that depression is more common in women, and that men are more likely to commit crimes (the most important evidence of this is that the vast majority of convicted individuals in prisons around the world are men). The relationship between gender differences and disease is not yet fully understood. We need to use more left-brain activity to avoid being overly influenced by advertisements. Women, who like to use their right brain activity, perhaps that is why they like shopping more than men. But this does not mean that a man cannot be influenced by advertising or cannot use his right brain activity as well as a woman.

If that were so, male poets, novelists and painters would be worse than female ones. Let us remember that Leornardo da Vinci, who produced the Mona Lisa, was a man.  On the other hand, it is a media favorite to generalize from left-brain activity that men are logic-oriented and better mathematicians. It sounds good to discuss, but such generalizations again distract us from the facts. Where do we put women like Ada Byron, who came up with the idea of the first primitive computer by observing looms and made significant contributions to the beginning of computer technology, Grace Hopper, who developed the first programming language compiler, and the fact that most of the mathematicians who made significant contributions to the development of computer technology were women (8)? Which side of the brain do you think Madame Curie, who won two Nobel Prizes in physics and chemistry, used the most? The left brain is responsible for logic and mathematical thinking, and the right brain for emotion and empathy; when we say that women are right-brained and men are left-brained, we cannot explain men who can empathize and express emotion more than a woman or women who can do math and think analytically better than a man.

In conclusion, although there are some anatomical differences between the genders in general and different connections between brain regions, there is no conclusive evidence to support a direct link between these differences and behavior. A topic that has not received much attention in the media debate is brain plasticity (neuroplasticity) and the connection between the two hemispheres of the brain. Brain plasticity is the ability of the brain to reorganize the connections between neurons to perform any task and to make stronger or more organized connections depending on the situation. This explains why women can use math as effectively as men when needed. This is because the mechanisms of learning and using information are specific to human beings. If they wish, women can read maps as well as men and can operate all kinds of land and air vehicles, including airplanes. The reverse is also true for men. A man can empathize as well as a woman if he needs or wants to. The necessary coordination is carried out by the corpus callosum, which connects the two hemispheres. Neither men are only left-brained, nor are women only right-brained. Everyone uses every part of their brain according to their needs.

In the evolutionary process, it took about 300 thousand years from the first tools to the invention of writing, 5 thousand years from writing to the printing press, 500 years from the printing press to the computer, and 50 years from the computer to the internet. The process covers the agricultural, industrial, and information revolutions. In the transition from the industrial to the information age and in the stunning scientific developments, women's participation in business, education, and science life together with men has made a very important contribution.  Perhaps it is even more necessary for a more peaceful and livable world to have male and female brains thinking together, developing strategies, and finding solutions to problems.