The fingerprint biometric test will help you better understand yourself.
Fingerprint biometrics is the study of human fingerprints. Fingerprints develop alongside the brain’s ridges, which means they are closely connected. This field of study, known as dermatoglyphics, aims to decode the innate traits in the human brain through fingerprints, revealing the fundamental aspects of an individual's personality.
Each fingerprint represents different abilities and can reveal a person's innate talents, learning style, sensitivity, etc., all based on scientific principles with an accuracy rate of up to 80%.
The scientific term for fingerprint biometrics is "dermatoglyphics," derived from the Greek words "derma" (meaning skin) and "glyph" (meaning engraving or mark). Simply put, dermatoglyphics is the study of the unique patterns found on the skin of the fingertips, commonly known as fingerprints.
Everyone knows that each person's fingerprints are unique, making them a key feature for identification. However, fingerprints can tell us much more than just identity. They can reveal both observable and hidden traits about a person, including aspects of their personality and potential. Because no two fingerprints are the same, and no one has identical personalities or potential, fingerprint analysis offers insights into these unique attributes.
Fingerprint biometrics analyzes the shape, density, and curves of fingerprints, along with other factors on specific body parts like the palms, fingers, soles, and toes. Fingerprints are permanent and do not change in size or shape throughout life unless altered by serious injury causing scarring in the dermis layer.
Fingerprint biometrics is a scientifically grounded field of study. Over time, it has established connections between fingerprint patterns and the brain, explaining why people have different personalities, learning capabilities, and talents in various fields.
There are four main fingerprint patterns:
Fingerprints with a pentagon shape are spiral-like in design, often referred to as "flower hands" in folklore. Individuals with this pattern are independent, authoritative, and good at questioning (interrogating) others. They are determined, inquisitive, and prefer to discover and understand things on their own. Their personality tends to be strong-willed, creative, and independent, with a clear sense of direction and little adherence to tradition.
Fingerprints with a circular shape curve toward one side (toward the pinky if in the natural direction, or toward the thumb if reversed). These individuals are cooperative, sincere, and gentle, with a readiness to help others. They excel at learning by imitation and are good at following clear instructions, although they can be influenced by peers and should be cautious of negative influences.
Fingerprints with an inverted triangle shape curve toward one side (similar to the circular pattern). These individuals pay great attention to detail, are perfectionistic, and prefer doing things their own way. They have strong creative and problem-solving skills, often thinking differently from others. While they may not seek approval, they need to learn to be more tolerant and adhere to basic rules to avoid controlling behaviors.
Fingerprints with a square shape resemble the peaks of mountains. Individuals with this pattern are stable, adaptable, and have strong learning abilities. They can easily adjust to different environments and are patient in their pursuit of knowledge. Although they may initially take longer to grasp new skills, once they master something, they excel in that field, making them well-suited for high-intensity education.
Although the study of fingerprints has a long history, the person who laid the foundation for it was Dr. Harold Cummins. He was the first to establish a direct relationship between the formation and development of the lines on the palm and the brain's growth in 1926. Cummins' method was the first to represent genetic systems and evolutionary relationships. He also published the book "Finger Prints, Palms and Soles" in 1943, summarizing his research. Since Cummins’ work, dermatoglyphics has been widely used in diagnosing and analyzing behaviors in individuals with conditions like schizophrenia, developmental delays, and heart disease.
So, apart from Cummins, who else contributed to the development of fingerprint biometrics? Let's explore some significant milestones in the history of dermatoglyphics:
Throughout nearly two centuries of dermatoglyphic research, scientists discovered the connection between fingerprint patterns and human intelligence, providing the basis for further studies in genetics, medicine, and psychology. Advanced countries like the United States, Japan, China, and Taiwan now apply fingerprint biometrics in education to improve teaching quality and learning outcomes.
Dermatoglyphics is a fascinating scientific field that integrates neuroscience, psychology, medicine, genetics, and behavioral science into one study. Based on the results of dermatoglyphics, individuals can gain insights into their thinking patterns and leverage their potential for personal growth and development.
Additionally, dermatoglyphic studies have revealed how brain cell distribution in different regions of the brain can help us understand intelligence and inherent potential. Fingerprints provide valuable insights that can change lives through a comprehensive educational approach. However, the information revealed by fingerprints must be analyzed and validated with evidence from anthropology, genetics, medicine, and statistics.
While dermatoglyphics can identify a person’s potential, it is important to note that without proper training and development, one cannot fully realize their potential. For instance, if your fingerprints suggest an artistic talent but lack disciplined training, that potential may remain hidden.
Dermatoglyphics is a powerful tool that helps individuals better understand themselves and uncover their inherent potential. Every person is born with a certain amount of innate intelligence inherited from their parents. However, this intelligence can only reach its full potential if it is nurtured, inspired, and given the opportunity to develop. Without these factors, a person’s intelligence will not be fully realized, including memory, understanding, reasoning, analysis, integration, and application. Through dermatoglyphics analysis, we can understand the distribution and number of cells in both the left and right hemispheres of the brain, allowing us to predict the potential areas or fields in which a person can excel, and thereby create an optimal educational framework for them.
Dermatoglyphics can reveal an individual’s strengths and weaknesses. Once one recognizes their weaknesses, they can focus on developing their strengths and improving their weaknesses, while ensuring that both the left and right brain can develop in a balanced way. Understanding one’s strengths and weaknesses allows for the optimization of learning and creativity.
The key information that dermatoglyphics can reveal about an individual includes:
In Education:
For Businesses:
The Dermatoglyphics Multiple Intelligence Test (DMIT) is an evaluation method based on the integration of neuroscience, genetics, dermatoglyphics, physiology, and embryology. This method was developed by scientists and experts in the medical field and has been widely used in universities. DMIT has been recognized and certified by medical professionals and those with clinical experience, proving that fingerprints provide an accurate analysis of multiple intelligences and an individual’s innate potential.
In contrast to traditional methods that only measure IQ, DMIT and dermatoglyphics are now widely used in educational institutions, human resource management, training, and career guidance. These studies provide a powerful tool for understanding and unlocking individual potential, helping people grow in a more comprehensive and effective way.