Morpheus's Law: As long as something can go wrong, it will go wrong. As long as anything can develop in a bad direction, it will definitely develop in that direction. It is not a law in the scientific sense, but just people's psychological habits. <> or <> have reported on some of the probability principles behind Murphey's Law. For example, Murphey's Law has been painted over. If buttered bread falls to the ground, it must be with the buttered side down. Someone did an experiment and found that because the buttered side is heavier, the height of the table (or the height of the plate in your hand) is not enough It's because the bread is flipped several times in the air, so there is a 62% chance that the butter side is facing down. It is said that Murphy's Law came from Murphy, an engineer at NASA. At that time, he saw with his own eyes that the staff actually turned the six control switches Everything is installed backwards! This leads to the conclusion that "as long as things can go wrong, they will go wrong." Murphy's Law Have you read the "Devil's Dictionary" that was very popular in the past few years? There are many seemingly absurd but in fact insightful conclusions in it. Some of these judgments are just short-lived and quickly forgotten; others have long passed the test of time and become classic and conventional terms. Murphy’s Law here is one of them. Murphy’s Law is translated as “Murphy’s Law” and is often used to express truths that are universally applicable and laws that cannot be defied. The original sentence of Murphy's Law is this: If there are two or more ways to do something, and one of those ways can result in a catastrophe, then someone will do it. disaster, someone must make this choice) Do you know who created this law? Can you believe that it was created not by a philosopher, a priest, a writer, or a scientist, but by the improvisation of an engineer? Edward A. Murphy was an engineer who participated in the MX981 experiment conducted by the United States Air Force in 1949. The purpose of this experiment is to determine the limit of human endurance to acceleration. One of the experimental projects was to suspend 16 rocket accelerometers above the subjects. At that time, there were two methods to fix the accelerometers on the brackets. What is incredible is that someone actually installed all 16 accelerometers in an orderly manner. in the wrong location. So Murphy made this famous assertion, which was quoted by the subject at a press conference a few days later. A few months later, this "Murphy's Law" was widely cited in fields related to aerospace machinery. Over the years, this "law" has gradually entered the category of idioms, and its connotations have been endowed with endless creativity and numerous variations have emerged. The most famous one is also called Finagle's Law. The content is: If anything can go wrong, it will. (What will go wrong will eventually go wrong.). This law is considered to be the best imitation and explanation of "Murphy's Law". After reading the above story, you may ask, what does this law mean to our real life? In fact, "Murphy's Law" is just a concept that has different meanings for different people and in different situations. For computer users, for example, the implication of this law is: anything that can go wrong will go wrong. Therefore, computers are not omnipotent. No matter how good a computer is, problems will sometimes occur and cause trouble. Therefore, important data must be backed up just in case.