Fingerprints and intelligence The relationship between the bucket and dustpan on the finger and wisdom

Everyone has fingerprints, but they are different. In 1892 (when the world's population was only 2 billion), British scientist Galton predicted that when the world's population grew to 6 billion, it would not be possible to find two people with absolutely identical fingerprints. That is to say, no two absolutely identical fingerprints will appear in the same century. Professor Botai Zai of the University of Paris in France confirmed this statement using the method of number series. He summarized the detailed features of fingerprints into four types. Each fingerprint has about 100 details, and after combination and arrangement, he got a 61-digit number. Then, based on the population of about 5 billion in a century, each person has 10 fingers, that is, there are 500 fingers. Dividing 50 billion by the above number of digits, he got a 50-digit number. That is to say, it will take a 50-digit century before an absolutely repeated fingerprint may appear. By then, the earth may have been destroyed. Therefore, it is impossible for two people living in the world to have exactly the same fingerprints.

The famous German philosopher Kant pointed out that hands are the external mind of human beings. The labor of hands created mankind itself. Why does the human hand have these functions? What is its special structure? The human hand has a lot of pressure, pain,

There are nerve endings for touch, temperature and other senses. At the same time, there are a large number of dermal ridges, and on the ridges there are a large number of glandular pores (the glandular pores here are three to five times higher than in other parts of the body). The facial nerves, blood vessels, glands and ridges are distributed exactly the same way, but the claws of other animals (excluding primates) have smooth skin and no ridges, which means that fingerprints are related to intelligence.

(1) Brain and nerve endings. The human brain has an extremely delicate and subtle structure. From an organizational point of view, it is composed of cells like other organs. Nerve cells are the most basic functional and structural units of the brain, also called neurons. Neurons are surrounded by glial cells, which support and nourish the nerve cells. The neuron pattern is: each nerve cell extends many protrusions, most of which are relatively short, like branches, so they are called dendrites. There is a thin and long axon called an axon. Some axons can be more than one meter long and are called nerve fibers. This type of nerve fiber is invisible to the naked eye. The nerves that can be seen by the naked eye are actually composed of countless axons, which are nerve fibers. The terminal branch of the axon is called the nerve ending, and the terminal end of the ending is divided into many grape-like bulging parts, called the body. There are tens of millions of nerve endings on a neuron, and the dendrites of another nerve cell contact each other. The contact point between one nerve cell and another nerve cell is called a synapse, which is the place where information is transmitted.

(2) Nerve endings and finger ridges. In addition to the obvious and sparse lines such as life lines, emotion lines, and intelligence lines introduced earlier, people's palm lines also have large, dense and fine ridge lines. The fingers are the most densely populated areas with ridge lines. How are the ridges on human fingers formed?

Scientific statistics show that the total number of ridges on a person's fingers is 98% heritable. Scientists further discovered that the ridges are induced by many blood vessels under the epidermis - regularly arranged nerve pairs. If nerve endings cannot grow into the epidermis, skin texture patterns will not develop. Other factors that affect the formation of ridge patterns include insufficient oxygen supply to the tissue, deviations in the distribution and formation of glandular pores on the ridges, hyperplasia and disorder of a certain bottom layer of the epithelium, and various environmental factors that can affect nerve formation, and then nerve endings affect the formation of ridges. Therefore, observing whether there are any deformities in the ridges is a way to observe whether there are any defects in the nerve endings.

(3) Abnormalities of ridge lines. When the nerve endings distributed in the ridge area are interrupted, the ridges will atrophy. Abnormal ridges often occur in sick, deformed and mentally retarded people.

(4) Nerve endings and intelligence. Nerve endings are related to spinal cord striae, so are nerve endings related to intelligence? American scientists use electron microscopes, controlled by computers, to record the activity of dendrites in brain nerve cells.

A surprising result was obtained: the number of dendrites, length of dendrites, and number of branches of cells in the elderly were greater than those in middle-aged people. In addition, some people compared high-intelligence mental workers with lower-intelligence physical workers and found that those with higher intelligence had more dendrites and thicker synapses, while those with lower intelligence had fewer dendrites. This shows that there are subtle changes inside the synapses, and more additional synapses are extended. Dendrites and synapses are branches on nerve endings, which shows that nerve endings are related to intelligence. Since nerve endings are related to ridges, intelligence is related to ridges.

Intelligence is a very important factor in a person's life and is bound to affect a person's character and destiny. Since ridge lines are related to intelligence, they will also affect the formation and development trend of a person's personality and destiny. Therefore, as long as we can decipher the code in the ridges and fingerprints, we can infer their intelligence, personality and destiny.

(5) Classification of finger ridges. Fingerprints are made up of ridges. The curvature and direction of the ridges make up the various fingerprints. Every

The ridge patterns are different, some run the entire length, some cross and connect halfway. Based on the basic form formed by the direction of the ridge patterns, the ridge patterns can be divided into the following types.

① Dotted line: The ridge lines are separated into dotted lines or a few separate mastoid points.

②Right-angle line: When the ridge extends from one direction to another, it suddenly changes direction to form an angle.

③ Straight line: The ridges extend from one direction to another, and are basically straight, horizontal or oblique.

④Arch-shaped pattern: The ridges extend from one direction to another, forming a curved bow shape.

⑤ Arc-shaped pattern: The ridges extend from one direction to another, and the middle part becomes curved into an arc shape.

⑥ Wave pattern: When the ridges extend from one direction to another,

There are two wavy ones with ups and downs.

⑦ Dust-pan shaped pattern: The ridge pattern extends from one direction to another, turns and then returns to the original direction, forming a dustpan shape.

⑧Annular pattern: The ridge pattern is circular, oval, oblong, etc., forming a closed ring.

⑨ Curved pattern: The ridges run in opposite directions, bend and then rotate in the same direction, like an S shape.

⑩ Spiral pattern: The ridge pattern rotates around the starting point for more than one circle and the beginning and the end are not connected.

(6) Finger tip classification The fingers are like a kaleidoscope, with ridges of varying shapes and structures creating a myriad of different patterns. In terms of the location of fingerprints, there are fingertip patterns and knuckle patterns. Depending on the patterns, fingertip patterns can be divided into two types: bin-shaped patterns and bucket-shaped patterns. Both of these types are ever-changing and can be divided into several categories. There are four types of dustpan patterns.

① Chi-ji pattern and Rao-ji pattern: The ridge pattern enters the center of the flower from one side of the finger or toe, then suddenly turns back and leaves the center of the flower on the same side, forming an opening with an elliptical head and slightly inclined and smooth body and branches. The triangular area formed by the upper and lower branch lines of the F-radial lines, from the outer corner to the center line of the flower, must have five or more ridge patterns to be a ridge pattern. The opening of the dustpan on the ulnar side is called a chi dustpan, and the opening of the dustpan on the radial side is called a radial dustpan.
The Chiji pattern represents wisdom, while the Shaoji pattern represents stupidity.

② Lying-head dustpan pattern: The dustpan head and the dustpan body are almost in the same level position.

③ Upward-looking dustpan pattern: a dustpan with its mouth pointing upward.

④ Inverted dustpan pattern: The dustpan head is facing downward, facing the dustpan pattern.

In addition, there are double dustpan patterns, transitional dustpan patterns, etc.

There are 5 types of bucket-shaped patterns.

① Spiral bucket-shaped pattern: The pattern direction of the internal system is spirally coiled on the core line point, in a clockwise or counterclockwise direction, and its size varies greatly. This is the wisdom pattern.

② Annular dimorphic concentric patterns: Any pattern that is spiral-shaped, with a small ring-shaped core connected to the outer ridge pattern is called annular dimorphic concentric patterns. This is the wisdom pattern.

③ Annular concentric pattern: The ridges of the pattern are spiral or circular, from inside to outside, from small to large, overlapping and not connected to each other. Or only the center of the flower is circular and not connected to the outer ridges, forming concentric circular patterns. This is the foolish pattern.

How are these fingerprints formed? When the fetus is three months old, the mother may have suffered from a viral disease such as rheumatism, herpes, influenza, etc. According to a survey report written by dermatoglyphicist Elliott in 1966, the occurrence rate of bucket-shaped patterns increased by 29% after viral infection, indicating that bucket-shaped patterns are related to viruses, and the circular concentric patterns are one of the bucket-shaped patterns. Mr. Tang Dajian, a domestic dermatoglyphic expert, has also proved that people with high intelligence have fewer concentric lines, while people with low intelligence have more concentric lines. For example, the intelligence of group E with low intelligence is 46.06 times higher than that of group A with high intelligence.

④ Bag-shaped bucket-shaped pattern in the center of the ulnar side: This is a bucket-shaped pattern that combines two patterns. The center of the flower is a bucket-shaped pattern, and the outer periphery is a dustpan-shaped pattern. The one with the mouth opening towards the ulnar side is called the ulnar center bag-shaped bucket pattern, and the one with the mouth opening towards the radial side is called the radial center bag-shaped bucket pattern.

⑤ Burning center bag-shaped bucket pattern: It is similar to the ulnar center bag-shaped bucket pattern, the difference is that the opening direction of the dustpan mouth is on the radial side, so it is called radial center bag-shaped bucket pattern.

Dermatoglyphics experts and research results at home and abroad show that:

① The occurrence rate of double dustpan lines on fingers and people of excellent athletes is more than 1 times higher than that of ordinary people.

② The appearance rate of double dustpan lines in people with high intelligence is 1.95 times that of white people and 1.4 times that of ordinary people, so they are defined as wisdom lines.

③No lattice pattern is found on the fourth and fifth fingers in excellent athletes.

④ The incidence of radial wrinkles in the medium intelligence group is 4 times that in the high intelligence group.

⑤ For those with two or one spiral lines, 12 three-spoke lines, and ridge count of 131 or less on both hands, the prediction of excellent flexibility has a success rate of 75%.

⑥ For those with three or more spiral patterns, more than 13 three-spoke lines, and more than 132 ridge counts, the flexibility prediction success rate reaches 60%.

(7) Ridge counting method. Intelligence testing of people has always been a major concern both at home and abroad. It involves sensitive topics in many fields, such as the healthy growth of the next generation, eugenics, improving the quality of the population, cadre training and education, and the development of military science.

When studying how to use dermatoglyphics to select athletes and future Olympic athletes, Russian and German scientists focus on exploring the dermatoglyphics characteristics of talented athletes. Some dermatoglyphics scholars in my country, such as Professor Ye Peiji of Chengdu Sports University, Professor Chen Lewen of the Department of Biology of Shandong Normal University, and Associate Researcher Shao Ziyuan of Henan Institute of Sports, have found that the fewer and thicker the ridges are, the stronger the athletic ability; conversely, the weaker the athletic ability. Mr. Tang Dazhao also found in his research on the relationship between fingerprints and intelligence that the fewer and thicker the ridges on the fingertips, the higher the intelligence. On the contrary, the lower the intelligence. The ridge counting method is as follows.

From the center point of the pattern to the outer corner point, an imaginary straight line is connected, and all ridges that pass through and touch the imaginary straight line are counted as one.

The count is limited to 131 items. Those who have less than 131 items, the fewer they have, the smarter they are; those who have more than 131 items, the more they have, the dumber they are.

(8) Finger ridge analysis method. Finger ridge agenesis is a manifestation of ridge dysplasia and deformation. Once formed, it will accompany you for life. Sometimes it may change with the physical condition and environmental conditions, so it can be divided into congenital and acquired. Without frequent and careful observation, it is sometimes impossible to clearly distinguish congenital hypoplasia of digital ridges from acquired atrophy of digital ridges. Dermatoglyphic scholars at home and abroad have proved that when the elderly's brain shrinks and the nerves distributed in the finger ridge area are interrupted, the finger ridges will also shrink accordingly. As the patient's overall physical health improves, the atrophy of the digital ridges also improves. Abnormal skin patterns are caused by neurodevelopmental disorders. If the nerves of the fetus cannot grow to the epidermis or between the dermis and the epidermis when the fetus is three months old, the fingerprints will be deformed, sometimes broken, and sometimes separated or even absent. The severity of the fractures also varies, forming a ridge fracture zone, which is usually recorded with grade symbols based on the number of ridge fractures. There are huge differences in intelligence between people, and there are no people in the world with absolutely equal intelligence. For those with exceptional intelligence, their finger ridges rarely have separation or breakage of different levels, and even if they do, they are very mild (6.36%). The incidence of disconnection among congenitally stupid people is very high, and the degree of disconnection is serious.

According to the degree of fracture of the fingertip ridges, they can be divided into five levels: those with only 1 to 2 fractures or 3 to 5 fractures are level 10; those with multiple fractures are level 20; those with more than 1/2 fractures of the ridges are level 30; those with fractures above Vb of the ridges are level 40; and those with all fractures are level 50. The degree of severance of the ridges of each finger is different. Some finger ridges are not severed at all, while others are severely severed. The highest level of separation is used as the separation level standard.

The higher the intelligence, the higher the Tang's point grade symbol, and the fewer the ridge lines are disconnected; the lower the intelligence, the lower the Tang's point grade symbol, and the more the ridge lines are disconnected.

(9) Ridge patterns and intelligence. The school implements a performance elimination system, which is actually a form of intelligence elimination system. Therefore, only a few people can get into university, while the majority cannot. Especially some national key universities have higher requirements, and even fewer people can get in. Calculated using the admission rate, it is found that: one in 1.25 primary school students will be admitted to junior high school. If primary school is used as the base, one in 15.6 students will be admitted to high school; one in 30.6 students will be admitted to a regular university; and one in 1214.28 students will be admitted to a national key university. This kind of situation, which only occurs in one out of a thousand people, is actually an extraordinary person. Therefore, Tier 1 schools should represent Tier 1 intellectual groups. This kind of intelligence should increase from elementary school to university. The first grade of primary school is the base. Because, regardless of whether they are high, average, low, or even idiots, everyone studies in the same classroom and is actually a group with no intellectual differentiation, so the base number can be set.

Dermatoglyphic expert Tang Dazhao divided the Chinese Science and Technology Youth Class into five groups, including high school, middle school, elementary school and idiots, to analyze the frequency of occurrence of diastasis of finger ridges. To prevent bias caused by putting different ages in one group, the difference between the oldest and youngest ages in each group should not exceed five years (except for the first grade of primary school). After investigation and experiments, it was found that the more severe the ridge separation, the lower the intelligence; the less the separation, the higher the intelligence. The best ones are those without any separation.

The above is all the content of "The relationship between fingerprints and intelligence, the bucket and dustpan on the fingers and wisdom" compiled by the editor. For more exciting content on fingerprint fortune-telling, please follow the Xiong Zhang account.