On the weekend, I took my 4-year-old nephew to participate in a science interest class, although this science interest class is not cheap, with an average of more than 300 classes, it is still very popular with parents and children.
The classroom atmosphere is very warm, the children are full of enthusiasm for the experiment under the guidance of the teacher, one by one actively raise their hands to say their ideas, the operation link is also super serious, and when the answer is finally revealed, they stared at the teacher intently, pricking up their ears for fear that they had missed some magical scientific mysteries.
Scientific thinking is a method of feeling, analyzing, and understanding everything in the world in an objective and rational way based on logical thinking, and it is also the most reliable and efficient way for us to deal with problems and learn new things.
We usually say that whoever speaks in an orderly manner, that so-and-so has rules for doing things, that so-and-so has a clear mind and that his ideas are not easy to fool, and that so-and-so has leaps of ideas and has new ideas, all of them are saying that these people have strong scientific thinking ability.
In fact, scientific enlightenment is not to train children to become scientists in the future, but to let children haveScientific thinking. Is scientific thinking very important for children, often people who have made some achievements, his scientific thinking must not be bad. Scientific thinking is when a child treats a thing and canFrom a scientific point of view, be able to dialectically analyze and think logicallyIt is a bridge between practice and theory. 
Nurture your child's curiosity
For children, curiosity is very heavy, because children do not know much about the world, so in daily life, we often hear some questions from children, such as: Mom, why is the earth round? Why is it dark? Why is the fridge cold?
Improve thinking skills
Thinking ability is the ability to "think about it", which is the core of learning ability. Through a series of processes such as analysis, synthesis, generalization, abstraction, comparison, concretization and systematization, perceptual materials are processed and transformed into rational understanding to solve problems.
Children are curious and will not stop at standard answers, but like to break the casserole and ask the end to understand how a conclusion is arrived at from the source. Children also like to observe, experience, and operate hands-on, and verify the accuracy of scientific knowledge from practical experience.
In this process of understanding and verifying, children learn to hypothesize, judge, reason and other ways of thinking, and develop the habit of thinking. In today's exams, the proportion of rote memorization of knowledge points is reduced, and more emphasis is placed on the examination of thinking ability.
Learning is easier
Knowledge needs to be accumulated, and there is a world of difference between what you have seen and what you have not seen. If you don't have a certain amount of knowledge, it is very difficult to understand, and it takes a lot of time to understand.
For example, we have not been exposed to AI intelligence, and the first time we listen to it, it is like listening to a book from heaven. Those who have been in contact with it for a long time can understand and ask questions to further enrich their knowledge.
Imagine, if children are widely involved in popular science knowledge from an early age, and then learn biology, chemistry, physics, etc. when they go to school, they will not feel strange.
That's the feedback my son gave me, he said that the textbook knowledge is very simple, he has learned it when he was a child, and now he just reviews it. Learn from the past, learn easily, and learn better. Some of his classmates didn't like popular science since they were young, and they struggled to learn physics and chemistry.
This question is also a question that Mr. Li Yongle has been studying deeply. As an "Internet celebrity physics teacher", after popularizing the physics knowledge of countless netizens, he spent three years polishing a set of physics enlightenment science books suitable for 5 12-year-old children - ".Teacher Li Yongle teaches physics to childrenis a set of physics introductory books for school-age children.
It is easy to read in simple terms, but the content covers the five major sections of junior high school physics "sound, light, force, magnetism, and electricity", and penetrates the theory of relativity and quantum mechanics in the college entrance examination question type. Under the arrangement of teacher Li Yongle, through the understanding of the truth of all things from daily phenomena, these ten books are actually 10 scientific thinking lessons for children.
Teacher Li Yongle Teaches Physics to Children is suitable for children aged 3-10 years old, which can enlighten children's physics, and at the same time intersperse mathematics, chemistry, science, technology, engineering and other knowledge, which can not only increase children's relevant knowledge, but also cultivate children's scientific thinking.
In the few years that Li Yongle has taught at the High School Affiliated to the National People's Congress, he has trained more than 300 students from Tsinghua University and Peking University, which is nicknamed the "Yongle Grand Canon", which shows that he has his own unique and excellent experience in education.
Although the knowledge of physics is very different, **Through some interesting examples, with the relaxed and bright drawings of professional cartoonists, children can unconsciously plant the seeds of love for science.
Let's look at a few examples: familiar faces in junior high school physics textbooks and test questions, which are presented in a friendlier way in the initiation books:
Newton's Third Law – Force and Reaction Force.
The bending experiment of chopsticks, the cause of the mirage - the refraction of light.
The direction of the magnetic inductance line of the magnet.
The pitch of the voice.
Even middle and high school physics will involve free fall.
It is almost a must for the college entrance examination to test the photoelectric effect and the wave-particle duality of light.
It is worth mentioning that in this set of books, there is not only positive guidance for children, but also divergent thinking, and at the end of each book, there is also a "letter from a young reader", which can allow children to have more space to think through other people's questions.
If you want your child to be one step ahead of others, be like a fish in water in future learning, be admitted to a prestigious school and have more infinite possibilities, you might as well show your child this set of books!
Interested parents can click on the link below to purchase: