Mind Map, also known as Mind Map in English, is an effective graphic thinking tool for expressing divergent thinking. It is simple, efficient and a practical thinking tool.

subtopic

Mind mapping makes full use of the functions of the left and right brains, and uses the laws of memory, reading, and thinking to help people develop a balanced development between science and art, logic and imagination, thereby unlocking the unlimited potential of the human brain. Mind mapping therefore has the powerful function of human thinking.

Mind mapping uses the technique of paying equal attention to pictures and text, showing the relationship between topics at all levels as hierarchical diagrams of mutual affiliation and correlation, and establishing memory links between topic keywords, images, colors, etc.

Mind mapping is a method of visualizing thinking. We know that radioactive thinking is the natural way of thinking of the human brain. Every kind of data that enters the brain, whether it is feelings, memories or ideas - including words, numbers, codes, aromas, food, lines, colors, images, rhythms, Notes, etc., can become a thinking center, from which thousands of joint points radiate outward. Each joint point represents a connection with the central theme, and each connection can become another central theme, and then radiate out thousands of joint points, presenting a radiating three-dimensional structure, and the connections of these joints can be viewed For your memories, which are interconnected just like the neurons in your brain, are your personal database.

A mind map is a graphical representation of words, ideas, tasks or other related items that uses a central keyword or idea to visually structure and classify ideas; it uses a central keyword or idea to connect all representative words, ideas, tasks or other related items in a radiating line.

Mind mapping can be used to formulate plans, including work plans, study plans, and travel plans. Plans can be divided according to time or projects to organize complex schedules clearly.

The Feynman learning method is called the most powerful learning method in the world. The Feynman learning method is inspired by Nobel Prize winner Richard Feynman. Using Feynman techniques, you only need to spend 20 minutes. You can deeply understand the knowledge points, and remember them deeply and hard to forget. There are two types of knowledge, and most of us focus on the wrong kind. The first type of knowledge focuses on knowing the name of something. The second type of knowledge focuses on understanding something. This is not the same thing. The famous Nobel physicist Richard Feynman was able to understand the difference between the two, which was one of the most important reasons for his success. In fact, he created a learning method that ensured he would understand things better than anyone else. The core of the "Feynman Learning Method" is to consolidate one's knowledge by paraphrasing and teaching it to others. Because in the process of elaboration, the knowledge needs to be reviewed in the mind, and the knowledge also needs to be organized in the mind, and then transmitted to others. , mastering knowledge points virtually. "Feynman Learning Method" is the most powerful of all learning methods currently promoted worldwide.

First, by expressing knowledge in a simple and clear way, we can understand it more deeply because we need to summarize and explain it clearly.

Secondly, when we can explain a concept in simple language, it means that we have truly mastered it and not just memorized the definition or formula mechanically.

1. We need to choose a topic or concept that we want to learn, which can be a book, an article, a theory or a skill, etc. Make sure we are fully interested and motivated in the topic.

2. Explain the topic or concept from the professor’s perspective. Explain it in simple and clear language to someone who knows nothing about the subject. Avoid using jargon or complex language and explain it in your own words.

3. Review our explanations and look for problems, ambiguities, or incompletenesses. Pay attention to those areas that we feel we cannot articulate or explain. These issues are areas where our understanding is not deep enough and require further study and clarification.

4. Return to the original material to study. Re-study and study content related to problematic parts of our explanations, find more information, and clarify areas that we did not understand previously. Don't be afraid of difficulties and keep moving forward.

5. Simplify and clarify our explanations. After relearning and researching, try again to explain the topic or concept in a concise and clear way. This time, we should be able to express it more accurately and clearly. Explain it in the simplest language so that others can easily understand it.

6. If we still find that we cannot explain a certain aspect clearly, repeat the previous steps and go back to the original material to study and research again. Keep iterating until we fully understand it and can explain it to others in a concise and clear way. Don't give up, keep at it and we will get closer and closer to true understanding.

Professor Simon, the winner of the Nobel Prize in Economics, once put forward a theory: "For a person with a certain foundation, as long as he is really willing to work hard, he can master any knowledge within 6 months." Professor Simon established the theory Based on experimental psychology research results, a person can memorize a piece of information in 1 minute to 1 and a half minutes. Simply put, the core of Simon's learning method is: single goal, continuous investment, and concentration.

1. Split learning time: Break learning content into small chunks and space learning out across different learning sessions. This can not only reduce learning fatigue, but also improve learning results.

2. Spaced repetition: Leave a certain amount of time between each learning session to strengthen memory. Research shows that the consolidation and retention of knowledge can be enhanced by reviewing something some time after it has been memorized.

3. Combination of sequential and random learning: Combining sequential learning and random learning methods can help students master knowledge more comprehensively. Sequential learning can make the learning process more logical and coherent, while random learning can help students better memorize and recall knowledge.

4. Active learning: Actively participating in the learning process, such as asking questions, summarizing, repeating and teaching others, can improve learning results.

The core concept of Simon's learning method is to consolidate and strengthen knowledge memory through sequential, random and spaced repetition during the learning process. In general, the Simon Learning Method is an organized, scientific and efficient learning method that can help students better understand and remember knowledge and improve learning results.

The famous psychologist Ericson has devoted himself to the field of "expertise science" for decades, studying experts in a series of industries or fields: chess masters, top violinists, sports stars, memory masters, spelling champions, Outstanding doctors, etc. He found that the most effective ways to improve skills and abilities, regardless of industry or field, all followed a set of universal principles, which he named "deliberate practice." For everyone looking to improve themselves in any industry or field, deliberate practice is the gold standard and the most powerful learning method ever discovered.

"Deliberate Practice" guides readers through purposeful practice to gradually improve their skills and abilities and become experts in their field. This book emphasizes planning, strategy, and sustained effort, and is intended for those who wish to achieve mastery in a specific area.

First, set clear goals.

Second, focus on practice and feedback.

Third, create an effective training plan.

Fourth, go beyond your comfort zone and challenge your limits.

Fifth, persevere and keep improving.

The Cornell note-taking method, also known as the 5R note-taking method, is named after the university that produced this note-taking method. This method is suitable for almost all lectures or reading classes, and is especially effective for taking notes during lectures.

1⃣️Record While listening or reading Record class content Record the key parts Record the central idea (point of view/theme) Note down the unclear areas Keep it branched, simple, and highlight key points with a highlighter

2⃣️Simplify (Reduce) Communicate what you have learned as early as possible Key arguments, keywords, and key concepts are summarized concisely.

3⃣️Recite Cover the note column and use only the excerpt prompts in the clue column to complete the Describe what you have learned.

4⃣️Reflect Combine your own reflections, opinions, and experiences after listening to the lecture with the lecture content The distinction is written in a separate section of the notebook, with titles and indexes, compiled Create an outline and summary category and archive it at any time.

5⃣️Review Spend about ten minutes each week reviewing your notes quickly.

Many people study like ants moving around, hoarding knowledge bit by bit. They want to learn this and that when they see it. If it's just for the joy of learning, that's fine. But if it is to use knowledge, such learning methods are often ineffective. Because the knowledge is piled up in the mind without rules and rules, it is easy to be forgotten. When you really want to start using them, you find that they disappear without a trace. The spider learning method is just the opposite. It imitates the action of a spider spinning a web. It first determines a central point, and then adds knowledge to the outside in circles, and finally forms a solid knowledge network, which is what we call a knowledge system.

The Hippocampal Memory Method is a hippocampus-based memory training method that aims to improve memory by stimulating and training the hippocampus. The hippocampus is an important area of ​​the brain responsible for storing and retrieving memories. Through regular specific memory training, the function of the hippocampus can be enhanced, thereby improving memory ability.

1. Set memory goals: First, determine what you want to remember. It can be things in life, knowledge points in courses, or any topic that interests you.

2. Create associations: Connect the target content with existing memories to create personalized associations. For example, you can associate what you want to remember with things or situations you are already familiar with to make it easier to remember.

3. Make an association diagram: Use tools such as charts, images or mind maps to make an association diagram of the content to be memorized. Doing so will help you better understand and remember the target content.

4. Review and repeated training: Regularly review and review what has been learned, and consolidate memory through repeated training. Review can be done using flash cards, memory games, etc.

5. Use multiple senses to participate in memory: Participating in memory through multiple senses, such as listening, seeing, speaking and writing, can increase the effect of memory. You can try paraphrasing what you learned in your own words, or write it down with your fingers.

1. Get enough sleep: Sleep is crucial to the consolidation and improvement of memory. Maintaining good sleep quality and time will help improve memory.

2. Balanced diet: A nutritious and balanced diet helps to provide the energy and nutrients needed by the brain and maintain the normal function of memory.

3. Exercise: Moderate physical activity can promote blood circulation, increase the supply of oxygen to the brain, and improve brain work efficiency and memory.

5. Focus on attention: Stay focused and focused and avoid distractions and distractions.

6. Software and applications: Using some memory software and applications, such as flashcard applications, memory games, etc., can help enhance the effect of memory training.

"Minimalist Learning Method" is designed to help children achieve high scores in exams and adults quickly master knowledge. The method includes precise input, deep digestion and multiple output. Among them, precise input provides targeted exercises for learning weaknesses, in-depth digestion requires getting rid of fear of difficulties, and multiple output allows you to apply the learned knowledge into practice in a variety of ways.

In this "Minimalist Learning Method", a group of smart people reveal their efficient learning methods. Liao Heng, CEO of Xueba Media, summarizes and extracts a learning method that can quickly get to the core, allowing you to quickly learn something. Any skill you want to learn.

1. Accurate input

2. Deep digestion

3. Multiple output