Modern science has made remarkable progress, but it is having difficulty explaining the phenomenon of entropy decrease in the natural world.
The key to understanding this unknown area may lie in **Qi (氣)**, a core concept of Eastern philosophy.
1. Does modern science understand Qi?
Classically, Qi is energy containing information and has the properties of being clear and turbid.
Clear Qi can be likened to laser light that has strong cohesion and spreads far and wide, while turbid Qi can be likened to ordinary light that has weak cohesion and easily scatters.
Clear Qi with good internal order has the solidity of **Vajra Body** that does not easily collapse even under external shocks.
In other words, strong Qi can be interpreted to mean high energy density and stability.
However, modern science has not been able to clearly elucidate the existence of this immaterial energy.
In the process of developing Western science, as material-centered thinking became mainstream, the concept of qi, which is invisible and difficult to measure, was excluded from the realm of scientific inquiry.
2. There is evidence, but no physical evidence
In our daily lives, we vaguely feel the existence of qi in the form of vitality and life force.
Examples include training to improve health or energy felt from people around us.
However, the scientific community maintains a skeptical view of such subjective experiences and demands objective evidence.
The development of science is in line with the development of measurement technology.
Various phenomena that could not be perceived by the human senses have been newly discovered with the development of measurement equipment.
Just as the existence of gravitational waves was confirmed after a long period of exploration, the existence of qi cannot be denied just because it is not currently measured.
3. Is qi a science of the periphery?
Recently, research on qi has been conducted mainly in China, but it is still insufficient to be recognized by the mainstream scientific community. However, regardless of the East or the West, there has been a steady interest in and research on qi.
The most important prerequisite for qi science to establish itself as mainstream science is securing measurement technology.
Order is also one of the important topics of science.
The principle behind seemingly disorderly phenomena such as turbulence has not yet been clearly discovered.
It is known that qi is related to the decrease in entropy, that is, the power to restore order, and this suggests the possibility of developing a new level of healing.
In the future, it is possible that sensors that can precisely measure qi will be developed with the development of nanotechnology.
4. Is it too early?
As of now, it seems difficult for the mainstream scientific community to accept the concept of qi and begin full-scale research.
This is because objective measurement devices have not yet been developed.
However, some people report that they recognize the existence of qi through various senses such as sight and touch.
This ability to detect qi, like the ability to detect light in the ultraviolet range or the sense of distinguishing the polarity of a magnet, may also be improved through training.
An individual's sensory experience is difficult to provide objective evidence for scientific research.
Only the development of objective measurement devices can elevate Qi science to the realm of mainstream science.
The development of nanotechnology is expected to provide a clue to the development of such sensors someday.
5. If diagnostic technology using Qi is developed
Although it is not possible to determine for certain that aura or hand sensations are the actual entities of Qi, it is highly likely that they are phenomena that appear as a result of the functioning of Qi within the human body.
Attempts to determine the health status of the human body through these senses are ongoing.
Current health diagnostic technology is based on a materialistic perspective and is mainly focused on observing changes in the body.
However, if diagnostic technology using Qi is developed, it will be possible to detect energetic imbalances, or disease Qi, before the disease manifests as physical symptoms, dramatically increasing the possibility of early diagnosis of diseases such as cancer.
6. What will happen if Qi measurement technology is developed?
Technology that measures and utilizes qi can be a key to solving various crises facing humanity, not just in the field of health care.
Technological developments to date have often been biased toward the material aspect and run counter to natural phenomena.
Technologies that utilize explosive power or increase entropy are representative examples.
However, there are also functions that reduce entropy in nature, and modern science has not yet clearly understood the principles of these functions.
Qi science can explore and utilize this unknown energy to build an energy circulation system, fundamentally solve environmental pollution, and contribute to the development of sustainable technologies.
Examples include pollution-free energy technologies and environmental restoration technologies.
In conclusion,
scientific understanding of qi and advancements in measurement technologies have the potential to bring about a paradigm shift not only in modern medicine but also in science as a whole.
Although it is still an unknown area, qi science can be an important clue that will illuminate the future of humanity.
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