The 11 fundamentals of  human beeings                               midpoint-mechanics

 

Midpoint-mechanics (explanation)
 (A key to the psyche)

 

Midpoints are neural networks that were generated by targets and then represent and execute them.

They are activated by stimuli that have exceeded a certain threshold.

Other midpoints (neuron networks) that do not match are automatically reduced in value or switched off during this process.

 

While everything in the universe is shaped by goals that do not care about the consequences of their respective structure, the goal of preservation is added to living things.

 

This takes place in the brain through networks of neurons and synapses, which I call 'midpoints'. Depending on the type and individual, the creatures are shaped by them.

Midpoints therefore arise from aims and are their tools.

Neural networks connect areas of the brain, such as: cerebral cortex, cerebellum, limbic system, amygdala, language center, visual cortex, hearing center, taste center, etc., access memory content and everything that goes with it, and form based on aims.

Midpoints act in such a way that they allow everything that could contribute to achieve or maintain their structure - the aim - and leave everything else aside as possible. So you rate. Values move living beings.

In general, the midponts play the concert of life with each other, many processes take place simultaneously. In extreme cases, however, one midpoint can severely lower all others, so that only this shapes people, for example in phases of panic, ecstasy or when you are at your peak.

But also in the spectrum between normal and extreme, all centers act in such a way that they restrict or reinforce the value of others. I call this the midpoint-mechanics.

Those who understand the midpoint-mechanics also understand a lot about how their own psyche works.

It is also difficult to make the midpoint-mechanics clear to other people because they are always in some aims without realizing it. They don't look at their mental processes.

What is even less noticed is that a lot no longer plays a role due to the respective aims.

One might have had the experience that the world can change in a fraction of a second to understand this.

I coined the term "midpoint-mechanics" in order not to always use neuron network law. It makes it more memorable that a neural network mechanically degrades or enhances others, depending on whether they are unsuitable or suitable for the current midpoint.

And one more note: most of the explanations about how the brain works boil down to the fact that certain areas are activated and react to stimuli.

But never only one area reacts, but a neural network is always activated by the stimuli, via synapses with others connected is.

Perhaps the terms "selective attention" and "flow" help to better understand. In the first, a lot of information perceives only certain that fit an aim. The second is in a flow that is determined only by one aims and does not allow anything else, that is, is not disturbed by anything.

Both also apply to the midpoint-mechanics. Here, however, there is also a reference to the strict legality with which perception is restricted. This means that only that which is essential for the respective aims is perceived by the brain. Everything else is absolutely not noticed and is practically nonexistent. So nothing is negatively evaluated or suppressed (accordingly, no reactions are triggered by it). So the process is not disturbed by anything; you only live in the world of the respective aims.

Without the midpoint-mechanics, the brain would fall into chaos because aims could no longer be pursued permanently.

It is relatively rare that only one midpoint shapes people. As a rule, many processes take place at the same time, all of which follow the central mechanics and are more or less important for other aims, depending on their importance. This creates certain clusters, for example, that run processes together.

Midpoints thus arise through aims that create neuronal networks in the brain that include Initiate actions, generate feelings.

If midpoints are activated, other neuron networks that do not match are, as mentioned, weaker or no longer perceived.

During this time, they are hardly or not considered in the psyche.

In one sentence: The more the brain pursues a aim, the less other aims there cannot contribute are perceived or can work.

 

 

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Perhaps interesting in this context is the multi-human experiment with a 75-second video that scientists Simon and Chabris have performed calling it gorillas in our midst:
 
The film shows two teams of three players each, one wearing white, the other black T-shirts. The members of each team play a normal orange basketball by throwing or dribbling. After 44 to 48 seconds, something unexpected happens: a smaller person, completely wrapped in a gorilla costume, walks in the same way as the players through the picture. During these unexpected events, the basketball players continue their actions undeterred.
Before the subjects see a video, they are given the task of either focusing on the team in white or black and counting all the rallies of the observed team in the head and counting the thrown and the drunken rallies separately. After the subjects have seen the video and completed their observation mission, they are asked to write down their numbers. Then they ask them if (a) they noticed something unusual while counting, (b) if they noticed anything other than the six players, if anyone else had appeared in the video, and finally:
Did you see a gorilla go through the picture?
About half of the subjects did not notice the gorilla.

 

My comment on this: the given aims (the midpoints) did not allow anything else (the gorilla) to be perceived.

On the basis of this experiment one can clearly see how a midpoint - here the task - works.

 

 

And one more note: wizards and hypnotists consistently work with midpoint-mechanics.

 

 

 

Here is an article that nicely demonstrates the midpoint mechanics:

 

https://www.sciencealert.com/here-s-what-happens-to-your-brain-when-you%20orgasm?utm_source=feedburner&utm_medium=feed&utm_campaign=Feed%3A+sciencealert-latestnews+%28ScienceAlert-Latest%29

 

Here's What Happens to Your Body And Brain When You Orgasm

 

SOPHIA MITROKOSTAS, BUSINESS INSIDER

26 JAN 2019

 

Though you don't need to have an orgasm to find sex pleasurable, it's definitely a great bonus.

 

In order to figure out what's going on our brains when we climax, researchers use fMRI (Functional Magnetic Resonance Imaging) Machines or a PET (Positron Emission Tomography) scans. These devices can measure the blood flow and neuron activity in the brain.

 

 

By studying the brain activity of people having orgasms in these machines, scientists have learned some pretty amazing stuff. INSIDER consulted with experts to find out exactly what happens in your brain when you have an orgasm.

 

1. The logical part of your brain basically shuts down during sex.

 

There's a reason why people tend to feel bolder and less inhibited during sex – the part of your brain in charge of your logical reasoning skills temporarily goes on vacation.

 

"The lateral orbitofrontal cortex becomes less active during sex. This is the part of the brain that is responsible for reason, decision making, and value judgments. The deactivation of this part of the brain is also associated with decreases in fear and anxiety," clinical psychologist Daniel Sher told INSIDER.

 

This shutdown of the lateral orbitofrontal cortex actually makes sense, as fear and anxiety can interrupt arousal and lead to problems like performance anxiety.

 

2. Multiple spatially remote parts of your brain are involved in having an orgasm.

 

Medical imaging tests suggest there are multiple spatially remote brain regions that are involved in sexual response.

 

"Researchers have found that genital sensory cortex, motor areas, hypothalamus, thalamus, and substantia nigra all light up during the big O," cognitive psychologist Kayt Sukel explained to INSIDER.

 

 

The thalamus helps integrate information about touch, movement, and any sexual memories or fantasies that someone might call upon to help them reach orgasm. Meanwhile, the hypothalamus is busy producing oxytocin and may help coordinate arousal.

 

"Motor areas are also involved because the body is (hopefully) moving during the act, and the genital sensory cortex is registering touches to the body's nether regions," Sukel added.

 

3. When you orgasm, your brain releases a surge of dopamine.

 

During orgasm, your brain is working overtime to produce a slew of different hormones and neurochemicals. One of these is dopamine, a hormone that is responsible for feelings of pleasure, desire, and motivation.

 

As Sher explained, dopamine is formed in a part of the brain called the ventral segmental area and released into other parts such as the nucleus accumbens and prefrontal cortex.

 

"Some refer to dopamine as a 'pleasure' chemical – though research has shown it offers us much more than just a good time. It's really more of a learning chemical, helping to take notice of rewards like food and sex, and figure out how to get more of them," said Sukel.

 

 

4. Oxytocin is released during both orgasm and breastfeeding.

 

Another hormone that the brain makes during orgasm is oxytocin. Secreted by the pituitary gland and released in the hypothalamus, this hormone makes us feel close to others and promotes affection.

 

"Oxytocin is known as the bonding hormone because it's also released during breastfeeding and is known to facilitate a sense of love and attachment," said Sher.

 

Prolactin is also released during orgasm and is responsible for that feeling of satisfaction that accompanies orgasm. It's also the main hormone responsible for milk production following pregnancy.

 

Of course, the release of oxytocin and prolactin during both sex and breastfeeding doesn't mean a person experiences the same sensations in both situations.

 

These hormones can play different roles in our bodies and are part of the brain's way of strengthening our social connections.

 

5. Having an orgasm stimulates your brain in the same way as doing drugs or listening to your favourite music.

 

Surprisingly, the brain doesn't differentiate much between sex and other pleasurable experiences. The parts of your brain that make you feel good after indulging in dessert or winning at poker are the same areas that light up during orgasm.

 

"Sex is experienced as pleasurable and this is because the reward pathways in our brains are activated during and leading up to orgasm. These are the very same networks that are activated in response to drug use, alcohol consumption, gambling, listening to your favourite song or enjoying a delicious meal," said Sher.

 

 

6. Your brain gives off chemicals that make you less sensitive to pain during sex.

 

It's not your imagination – the body really is less sensitive to pain during sex.

 

"As the pituitary gland is activated, the release of endorphins, oxytocin, and vasopressin promote pain reduction, intimacy, and bonding," Jess O'Reilly, Astroglide's resident sexologist told INSIDER.

 

This may help explain why things that might make us wince in a non-sexual situation, like smacking or hair-pulling, aren't as painful during sex and can even be pleasurable.

 

7. Orgasm and pain actually activate some of the same brain areas.

 

The reason that some people derive sexual pleasure from experiencing pain might be related to the fact that orgasm and pain actually affect a few of the same areas of the brain.

 

"Several of the areas of the brain (namely, within the cortex) that are responsible for pain are active during orgasm," revealed Sher.

 

Although the relationship between pain and orgasm isn't yet fully understood, some research has shown that vaginal stimulation might actually reduce pain sensitivity in some people.

 

8. After an orgasm, the brain releases hormones that can make you feel happy and sleepy.

 

Once an orgasm has occurred, your brain tends to slow down. But it doesn't go off-duty entirely.

 

"In both men and women, the orgasm signals the parasympathetic nervous system to start down-regulating (or calming) the body. The prefrontal cortex, which was previously activated leading up to orgasm, also becomes down-regulated – and this is linked to increased levels of oxytocin to facilitate attachment," explained Sher.

 

Sukel added that the brain also churns out serotonin after an orgasm. This hormone is known to promote good mood and relaxation. In some people, serotonin can also lead to drowsiness and the desire to curl up for a nap.

 

9. However, the brains of women tend to keep releasing oxytocin even after orgasm.

 

All brains experience the release of oxytocin during sex, which is a hormone responsible in part for creating feelings of closeness and bonding. However, the brains of women behave a little differently after orgasm.

 

"In women, oxytocin tends to continue to be released after orgasm, which may explain the motivation for post-coital cuddles," noted Sher.

 

10. In people who are unable to feel genital stimulation, the brain might actually remap itself to allow them to reach orgasm.

 

Though we usually think of orgasm and sexual pleasure as being dependent on the stimulation of our genitals, that's not entirely true. In some cases, the brain can create new pathways to pleasure that don't involve our sexual organs at all.

 

"When organs are injured or removed, remapping of the senses may occur allowing us to experience sexual and orgasmic sensations in other body parts," O'Rielly explained.

 

In people who have suffered lower body paralysis, for example, the brain might actually rewire itself in order to allow a person to achieve orgasm through stimulation of other body parts, such as the skin of the arm or the nipples.

 

It's possible for some people to orgasm from the touching of skin. (Pixabay)

 

11. Orgasms might be nature's way of 'tricking' us into reproducing.

 

Orgasms are undoubtedly a good time, but they also might be the brain's sneaky way of getting us to reproduce.

 

"If you think about it objectively, the idea of risking your life and health to birth what's basically a parasite living in you for nine months, which you then have to raise for the next decade, is a lot of work. Mother Nature may be 'tricking' us to make sure the species doesn't die out," said Sukel.

 

Though scientists aren't entirely sure why we have orgasms, Sher pointed out that experiencing a moment or two of pure euphoria effectively rewards us for having sex. It reinforces this behaviour and keeps us coming back for more.

 

12. Having an orgasm might actually help keep your brain healthy.

 

Along with enticing us to reproduce, orgasming might also help keep our brains healthy.

 

"It may also be that, evolutionarily speaking, since this activity increases blood flow across the brain so dramatically, it may have developed in part to help keep the brain healthy, too," explained Sukel.

 

Research has also suggested that female orgasm may have once played a role in stimulating ovulation, though now ovulation occurs spontaneously and doesn't depend on sexual activity.

 

 

Basic knowledge about human beings

  • Consciousness is neither an incompre-hensible mind (as is often believed), nor does it decide
  • This is the brain’s job. It controls people with neuronal networks (which I call midpoints) that have been formed through the goals of inheritance and experience.
  • Consciousness only experiences with the senses. With these sensations and data, the brain can change its decisions.

 

People are never shaped by just one area of the brain, but always by many that are connected to each other via neural networks.

 


Without exception, these networks were each created by goals.

 

 

 

 

So far translated pages in English: