fight and love chemistry

Research at the University of Pavia in Italy showed that the brains of men and women who had just fallen in love would issue instructions to secrete a chemical called "love hormone." From a physiological point of view, this " love hormone " might be the hormone, which was secreted by the giant cells of the paravenous nucleus of the hypoheim and the supraoptical nucleus. It was projected to the rear lobe of the hypophysis through the hypohate-hypophysis axis and then released into the blood. This hormone is more active in love and socializing. It is the origin of intimate relationships between people. Lovers desire to hug and kiss because of its effect. When the level of this hormone in the human body rises, it will release a large amount of hormones that can relieve stress and delay aging. It can also promote cell regeneration. For women, it could cause uterus contraction during childbirth, stimulate milk secretion, and establish a mother-child connection through the caress between mother and child. It could also reduce the level of stress hormones such as adrenaline in the human body to lower blood pressure. From the development of love, this chemical attracted people in love, but it only existed in the human body for about a year. Some scientists believed that this was the reason for love, but there were also opinions that character and three views were the key to determining the long-term love, not just relying on hormones.

Based on context alone It was an interesting concept to explain love from the perspective of chemical reactions. In the early stages of love, the human body will secrete some chemicals. For example, phelethylamin (Pea), which was considered a "love hormone". When a person fell in love, the brain would release phelethylamin, which could bring excitement, excitement, and a feeling of energy, similar to taking stimulants. This could explain why people in love were often full of energy, full of strong interest in each other and the urge to get close. Dopamine also played a key role. Dopamine is related to the brain's reward mechanism. In a romantic relationship, seeing a lover and interacting intimately with the lover will stimulate the brain to release Dopamine, which brings pleasure, satisfaction, and the desire to repeat the experience. As the relationship developed, another chemical, the hormone, called the hormone, became more important. In the process of intimate physical contact, such as hugging and kissing, the human body will release pitocin, which helps to establish an intimate emotional connection, increase trust and attachment, and make the relationship between couples more stable. It is similar to an emotional "glue." From the perspective of chemical reactions, love was the result of the combined effects of these chemicals in the brain and body. However, love was a very complicated human emotional experience, and chemical reactions were only a way to explain some of its characteristics from a physiological level.

The chemical reaction in love was explained by science as a biological process. When the brain releases chemicals such as Dopamine, Pitocin, and Serotonin, it will make people feel happy, attached, and loving. Dopamine was the leading hormone, which could cause people to have crazy behaviors when they were in love. However, as time passed, the brain gradually adapted to the stimulation of these chemicals, and people's feelings for love became less intense. In addition, there were some common psychological " chemical reactions " in love: 1. Romeo and Juliet Effect: When there is an external force that affects the relationship between the two parties, the relationship between the two parties will become stronger. 2. The drawbridge effect: The physiological signals that people feel in a dangerous environment, such as trembling, fever, and increased heartbeat, will make them look for the reason in the surrounding environment. It is easy to mistake this reaction for the charm of the other party. 3. ** Darkness effect **: Compared to places with brighter light, the possibility of intimacy between dating parties is higher in places with darker light, because it is easy to detect the other party's aggressiveness and exaggerate it when the light is bright. In places with dark light, it is difficult to see the other party's expression, and there is less vigilance, which will produce more intimacy. 4. Zeignick Effect: People tend to remember things that were not completed, interrupted, or had no results. This effect often plays a role in love, such as people who are difficult to forget about their first love. 5. ** Primacy Effect and Recency Effect **: The primacy effect refers to the fact that people's initial memories are more firm. In the early stages of dating, the first impression will occupy a dominant position in the minds of both parties. The recency effect refers to the fact that people's recent memories are more firm. In the process of dating, recent behavior may affect the evaluation of others 'past. 6. The Michelangelo Effect: The couple sculpt each other to bring them closer to their ideal selves. This effect is based on understanding what kind of person the other person wants to become, rather than changing the other person according to their own ideas.

Love chemistry refers to the relationship between love and chemicals. From a biological point of view, love is a biological program, the result of the action of many chemicals. When the brain releases chemicals such as Dopamine, Pitocin, and Serotonin, it causes feelings of pleasure, attachment, and love. Dopamine played a leading role in love. The latest scientific discovery was that about one-tenth of couples who had been together for 20 years would quickly secrete a large amount of Dopamine in their brains after seeing a photo of their lover. When a person was in love, they would secrete methylethylamin, which could bring about a feeling of electric shock. With the help of Dopamine, it could make people enjoy the pleasure of excitement and make them blind and paranoid. When holding hands, kissing, or hugging for the first time, the norepinephrin in the body would soar, causing blood pressure to rise and heart rate to increase. In addition, MHCs (Major Histocompatibility Complex) would inadvertently affect the choice of mates, mainly through the mutual influence of body odor. The greater the difference in MHCs between men and women, the easier it was for them to choose each other. After the difference was matched, the offspring would be more comprehensive in terms of immunity. The amount of the hormone was also related to whether a person was loyal or not. Through hugging, kissing, and looking at each other, it could stimulate the secretion of the hormone.