Recently, I found that I have the ability to predict the weather. Who can help explain? Thank you.

why can the human body perceive the change of the weather? By consulting the information and asking the teacher, I understand some of the reasons. In fact, this is just a pathological reaction of the human body. Ancient Chinese philosophy divided everything in the universe into two categories: yin and yang. The human body is no exception, with yin and yang. Modern medicine also recognizes this, so there is a saying that yin and yang are not harmonious and yin deficiency is flourishing. Yin of the human body refers to the humidity of the human body. Yang deficiency and Yin excess of middle-aged and elderly people means that the humidity in the body is biased, and they should be more sensitive to the feelings of wind, cold, humidity and heat in nature, so that they can predict the weather changes. Because the weather changes, there must be some meteorological changes as precursors, such as temperature, humidity, air pressure, wind and so on. Sunny weather will turn cloudy or rainy, and the biggest change in the air is the increase in humidity. "The water tank is wet and the salt is damp" and "the blackboard is sweating" is the truth. The human body, especially those with high humidity, naturally causes limb pain and numbness because of the high humidity in the air, especially those with rheumatoid arthritis or rheumatoid arthritis, which is more obvious, as the Chinese medicine says, "Two dampness beat each other and become numbness". Over time, with accumulated experience, people can judge the weather changes according to the soreness of their limbs.

whenever rain or cold is coming, many people with arthritis often feel it in advance. They will jokingly call themselves "weather stations".

Medical scientists have confirmed by experiments that when the temperature or air pressure changes, about 8-9% of patients can feel it, and 1-2% feel it little. How can arthritis be linked to the weather forecast? The reason is that the inflamed joint can't adjust the discharge of liquid according to the change of temperature and air pressure, which leads to the aggravation of pain and local swelling.

It is generally believed that humid environment will aggravate the disease of joints. When the temperature increases, the patient can anticipate the climate change. However, Dr Holland's experiment in the United States shows that simple dampness will not make arthritis painful and swollen, and it is necessary to reduce the air pressure at the same time to promote the disease. Holland believes that the membrane inside the joint expands when the air pressure drops, and the expanded membrane exerts pressure on the adjacent pocket synovial sac, and the joint will be painful and uncomfortable. If this view is correct, then arthritis patients should first care about the change of air pressure, and drug workers can also study better drugs for arthritis.

Some people think that it is the abnormal electromagnetic waves in the atmosphere that act on the diseased joints, causing soreness, so that patients can predict the weather changes.

However, some psychologists came to the conclusion in 1996 that climate does not affect joints. It is believed that the reason why many people feel this way is related to the "fixed tendency of the brain". They said, "When your joints are sore, you always think, either it rains or the air pressure drops, or the humidity changes." But this is not the case.

what the hell is going on? Still waiting for further exploration.

naturally, human perception of weather changes has its limitations and one-sidedness. It is not as scientific and accurate as the weather forecast by meteorological departments through weather maps and ground weather maps, and it cannot be compared with the weather forecast by meteorological stations through satellite cloud images in recent years. Therefore, in order to accurately grasp the weather changes, we should not only refer to our physical feelings, but also take the weather forecast of the meteorological department as the basis.