Not to mention complex mathematical functions, even the most advanced computers or data experts can't predict lottery numbers accurately or more accurately. There is only one way to win the lottery. No matter whether the novice or the expert chooses the number, one thing will never change, that is, the more people, the higher the winning rate, and the less people, the lower the winning rate. Take 3D and Rank III with less data as examples. We all know that both 3D and Rank III have betting data of 1000. In fact, before answering this question, I also made a theoretical analysis on whether artificial intelligence or computer can predict lottery numbers. Here, I won't say too many theories. I'll answer this question in another way. If you want to know more, you can refer to other answers.

Let's just say that in the lottery number prediction, in fact, we are not predicting numbers at all, but taking 3D and Rank Three as examples. We all know that there is betting data of 1000. Why should we choose a better number? We all know that it is a probability of one in a thousand, because we only choose one betting number out of a thousand betting numbers, which can be said to be common sense of mathematics, and even can be said to be the laws and rules of mathematics. So the purpose of calculating and analyzing numbers is.

For the data of 1000 betting, if you choose the betting number of 1000, you will definitely win the prize of 100%. This is no problem at all, and it can also be obtained by mathematical probability. But we don't want to use 1000 in the calculation and analysis, we just want to choose lottery numbers with dozens or hundreds of bets. On the surface, it seems that the lottery number really has only one note data. It is no problem to capture this note data with dozens or hundreds of note numbers, but there are 1000 possibilities for the lottery number, because any note number in the 1000 note data may be a lottery number. Therefore, although there is only one lottery number, there are 1000 possibilities. At least before the lottery players choose dozens or hundreds of lottery numbers to invest, there are 1000 possibilities for this number. Before the lottery, this number is a relative number, with 1000 possibilities. Just after the lottery, it is an absolute number and a definite number, which means that we are not calculating and analyzing, but verifying 50 = 6500.

Because 50 and 100 are the numbers that the lottery players choose to invest, and the next thousand, that is, the lottery numbers, have a thousand possibilities. Is it possible to make 50= 1000 or ` 100= 1000? It's not that it's impossible, it's just that it's possible how many numbers the lottery chooses and what proportion these numbers account for in the total data. Simply put, we hit 1000 targets with 50 rounds or1000 rounds. Although our ultimate goal is only one, this ultimate goal is mixed with 999 goals. We don't know which is the ultimate goal, so the safest way is to shoot down the target with a bullet of 1000, otherwise it's just a possibility. The more bullets, the greater the possibility, and the smaller the bullets, the less the possibility.

I believe that we all took exams when we were at school, and there was a judgment question in the exam. What if a test paper has 100 test questions and can't do it at all? That is to say, if this test question has no content, you can choose the answer, and there are only two kinds of answers: right and wrong. We can only be fooled, so we can basically get 50 points, because there are only two answers to the true and false questions, so even if we are fooled, we can answer 50 questions correctly. This is a theoretical point, although the actual situation may be different, but basically our results are all floating between 50. As long as we ask for an answer, even if we want to get zero, it is impossible.

Finally, remind friends that it is best not to participate in the lucky draw … participation must be rational and not blind.