2-You arguing that more neurons adds nothing to intelligence is nothing but a hopeful opinion and you know it. All neurological information state otherwise.

Presenting the argument of the health of neurons as being more important is also nothing but your “educated” guess, and it seems to imply that men by majorly have less health neurons. Which is unscientific. However, if you DON’T think man have unhealthy neurons, then you’re back at ground zero and men have about ~18% more neurons, and, whether you like it or not, does add up to higher “computational power”. Because neurons (like it or not) function to transmit and process information. The more you have of them means you transmit and process more information than the average individual. That’s just neurology 101.

You don’t believe me? Let’s dig deep into neurology and see the neurological difference in sizes and functions of organs between the male and female brain:

The Amygdala:

Men have larger Amygdalas (which is responsible for survival instincts and memory), women have relatively smaller amygdalas even when correct the difference in brain size. hippocampus is larger in women and it helps with navigation and emotion regulation, because they indeed need it for the hormonal changes women go through during periods and pregnancy.

Women do have a bit larger frontal lobes, but this doesn’t matter much to intelligence, the frontal lobe functions are: skeletal movement, ocular movement, speech control, the expression of emotions. All of which has to do with social attributes rather than intellectual ones. So, if your argument is that women walk and express emotions better than men, then you’ve succeeded. But it has nothing to do with intelligence, I’ve already expressed female’s social and emotional superiority in the last paragraph of my article. This supports my article, it doesn’t contradict it.

Frontal lobe:

The frontal lobe (which is larger in women) contains most of the Dopamine neurons in the cerebral cortex. The dopaminergic pathways are associated with pleasure, reward, attention, motivation, and short-memory tasks. (Males however are better in memory overall because of the amygdala) it’s clear that all of the frontal lobe functions are for social and personal functionality rather than deep intellectual problem solving, which is connected to intelligence. You built the case that women have lager frontal lobe in hope that it makes up for intelligence, but you didn’t look up what the frontal lobe actually does, not very intellectual of you to build a case on something that doesn’t even support the case you’re making.

Temporal lobe:

Women also have larger temporal lobe, which is involved in processing sensory input into derived meanings for the appropriate retention of visual memory, auditory perceptional, Language comprehension, and emotion association. Again, all of which are better for literary and social functionality. This however doesn’t mean that women are better in visual memory, only that which is correlated with static imagery, not actual changes of event, because women’s memory when it comes to daily life change of events is almost half of a man’s memory because men’s men’s spacial and visual memory are far more detailed and. dependable than the female’s visual memory. Women remember words and numbers more, which is why they do better in daily college readings and tests than men do, specially in literary fields such as language, history, psychology, etc, because they don’t require deep logical, philosophical, or scientific thinking. Men however remember change of events (spacial memory) more and in far more details than women do. Which is useful in understanding the physics of things and why things behave the way they do, which is very useful in science and engineering.

Hippocampus:

The hippocampi is larger in men, and exists one in each side of the brain. Which is directly correlated with greater intelligence, because it plays important roles in efficient learning, the consolidation of information from Short term memory, long-term memory and spacial memory. It also controls episodic memory, spatial cognition, mental mapping, and Response inhibition. All of this supports my article of men’s intelligence and superiority in STEM fields because they require more visual recognition/understanding and spacial memory. I know that that’s what those fields require the most, because I’m an. engineer and I know that 3D spacial cognition is crucial to understand behaviors in physics. And I’ve already proved that STEM fields are dominated by men by majority even though 60% of college attendants are women, men dominate STEM fields which have higher average IQs than fields dominated by women, which are literary and social fields. (You have not refuted this fact, and I don’t think it’s possible to refute objective facts.)

Partial lobe:

Also exists larger in men, which plays important roles in integrating sensory information from various parts of the body, speech, knowledge of numbers & their relations, the manipulation of objects, and spacial orientation. Its also functions in cognition, information processing relating to the sense of touch, visuospatial processing, somatosensory reception, and visual input, which then, through motor signals, controls movement of the arm, hand, and eyes. Which is why men excel in sports, more so than women. (You have not refuted these biological facts, and I don’t think anyone can).

Gray matter:

Which exists ~7 times more in men, which means women have only 15% of what men have of it (100%). Which serves to process information, which increases the “computational power” of mental functions.

And here’s are a few of its functions:

• Process low and high-threshold, nociceptive-specific informations.

• Controls visceral functions and transmits afferent informations to the brain.

• Controls skeletal muscle activity.

• Rely sensory information to the brain.

• Various learning and memory problems have been associated with decreased gray matter.

• Decreased gray matter in frontal lobe and cerebellum has been directly associated with deficits in calculation abilities and language impairment respectively. Which is why males of all ethnicities are drastically superior in mathematics than girls are.