5 Ways to Train Yourself to Be a Genius (3 Short-term, 2 Long-term) | Summary and Q&A

TL;DR

This video explores how to train yourself to think like a genius by improving memory and deepening understanding through higher order learning techniques.

Key Insights

• 🧠 Neuroplasticity: The brain is highly adaptable and can be retrained and reprogrammed, allowing for improved learning and memory capabilities.
• 🔍 Deep Processing: Deep processing involves connecting new information to existing knowledge, allowing for a more nuanced and fluid understanding of a topic. It also improves the quality of encoding and memory.
• 📚 Higher Order Learning: Higher order learning involves thinking about how information relates to other concepts, creating relationships and groups, and making judgments and priorities. It enhances encoding and allows for a deeper and more intuitive understanding of the information.
• 📝 Pre-Study Structures: Creating an organizational structure before studying aids in better comprehension and retention of information. By identifying main ideas and their relationships, it becomes easier to make connections and grasp the content more effectively. ⏳ Delayed Note-Taking: Instead of immediately writing notes, delay the note-taking process. This allows the brain to actively process and organize the information, leading to better encoding and retention.
• 💪 Cognitive Load Tolerance: Increasing cognitive load tolerance involves getting used to higher order learning techniques, which may initially feel uncomfortable and confusing. This can be achieved through consistent application of higher order learning strategies.
• 🔎 Critical Reflection: Engaging in critical reflection of study techniques helps identify what is working and what needs improvement. By evaluating the effectiveness of different strategies, students can enhance their learning process and eliminate ineffective methods.

Transcript

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Questions & Answers

Q: How does neuroplasticity allow for the retraining of the brain to improve academic performance?

Neuroplasticity is the brain's ability to adapt and modify itself, allowing for changes in learning and study habits. By consistently practicing new techniques and using higher order learning strategies, the brain can rewire itself to improve memory and understanding.

Q: How does deep processing help in improving memory and retention of information?

Deep processing involves thinking about information in a wider context and making connections to other pieces of knowledge. This allows for a more nuanced and fluid understanding of the topic, which improves retention and memory. By understanding the multiple angles and applications of information, it becomes easier for the brain to hold onto and recall that information.

Q: What are the short-term strategies for training yourself to think like a genius?

The short-term strategies include going up a level in learning, creating pre-study structures to organize information, and delaying note-taking to allow for active processing and understanding of the information before writing it down. These strategies help in developing higher order thinking skills and improving memory.

Q: How can increasing cognitive load tolerance contribute to thinking like a genius?

Increasing cognitive load tolerance means getting comfortable with higher order learning techniques and the resulting confusion and active processing required. By gradually exposing oneself to more challenging learning strategies and practices, the brain becomes more effective at encoding and retaining information, leading to improved academic performance.

Q: Why is critical reflection important in training yourself to think like a genius?

Critical reflection involves evaluating the effectiveness of studying techniques and identifying what works and what doesn't. By understanding the underlying theory and principles behind different learning strategies, individuals can make informed decisions about their studying methods and make necessary adjustments for better results. Critical reflection allows for continuous improvement and optimization of the learning process.

Summary & Key Takeaways

• The brain is adaptable and can be retrained through neuroplasticity, allowing for improved academic performance.

• The patterns of academic genius include a good memory and a deep level of understanding that allows for the application of information to complex problems.

• Deep processing and higher order learning techniques, such as creating relationships between information, can improve memory and encoding.