Thinking in maps: from the Lascaux caves to knowledge graphs - The Ten-Book Rule for Smarter Thinking

Thinking in maps: from the Lascaux caves to knowledge graphs - The Ten-Book Rule for Smarter Thinking

Maps have been an integral part of human communication since the very beginning. From hieroglyphs to flowcharts, road signs to knowledge graphs, maps have played a crucial role in conveying information and representing knowledge. In fact, thinking in maps is fundamentally different from thinking in sentences.

One of the oldest known maps in the world can be found in the Lascaux caves. What makes it even more fascinating is that it is a map of the skies, not the earth. This ancient map showcases the human inclination to understand and represent the world around them.

Throughout history, different cultures have used visual symbols to convey meaning. Pictograms, ideograms, and logograms are all examples of common visual symbols. Pictograms are symbols that represent physical objects through resemblance, while ideograms represent ideas or concepts independently of specific words or phrases. Logograms, on the other hand, are written characters that represent words or phrases. These visual symbols, along with written language, are often amalgamated to create visual representations of knowledge, beliefs, or questions.

Some of the greatest thinkers in history were visual thinkers who embraced the power of maps. Leonardo Da Vinci, known for his art and natural philosophy, saw the interconnectedness of everything. He believed that studying the science of art and the art of science was essential for the development of a complete mind. Da Vinci's ability to see links where others saw separations highlights the power of visual thinking.

Isaac Newton, another brilliant thinker, used diagrams to explore scientific concepts and research ideas. His diagrams enabled him to delve deeper into complex theories and make groundbreaking discoveries. Newton's use of visual maps in his scientific pursuits showcases the effectiveness of thinking in maps.

In the field of information science, ontologies play a crucial role in representing knowledge. An ontology is a formal representation of the categories, properties, and relationships between concepts in a specific area of knowledge. It provides a structured framework for organizing and understanding information. Tim Berners-Lee, the inventor of the World Wide Web, had a dream for computers to analyze all the data on the web, including content, links, and transactions between people and computers. This dream aligns with the concept of ontologies and the power of mapping knowledge.

When it comes to learning and acquiring knowledge, the Ten-Book Rule for Smarter Thinking proposed by Scott H Young offers valuable insights. Young suggests that understanding knowledge is not enough to become an expert. To truly excel, one must create knowledge and successfully apply it to various domains. However, for answering reasonable questions, reading ten books can often provide satisfactory answers.

Textbooks and academic monographs are valuable resources for gaining knowledge and understanding expert consensus. Textbooks, in particular, are written to represent the collective knowledge of experts in a field. They provide a comprehensive overview and serve as a foundation for building expertise. Academic monographs, on the other hand, offer focused insights into specific topics, often providing closer answers to specific questions.

Learning about the world can be approached in two ways: building up from the basics or learning for specific ends. Both approaches have their merits, but once the basics are mastered, the volume of knowledge becomes overwhelming. Asking more pointed questions and seeking answers through focused reading can help navigate this vast sea of knowledge.

In conclusion, thinking in maps has been a fundamental aspect of human communication throughout history. From ancient cave maps to modern knowledge graphs, maps have allowed us to convey information, represent knowledge, and explore complex ideas. Visual thinkers like Leonardo Da Vinci and Isaac Newton have harnessed the power of maps to make groundbreaking discoveries and understand the interconnectedness of the world. Additionally, the Ten-Book Rule for Smarter Thinking reminds us that understanding knowledge is only the first step, and true expertise requires creating and applying knowledge. By incorporating these insights into our approach to learning and knowledge acquisition, we can enhance our understanding and make meaningful connections.

Actionable advice:

1. Embrace visual thinking: Incorporate visual maps, diagrams, and symbols in your learning and problem-solving processes. Visual representations can help you see connections and patterns that may not be apparent in text-based approaches.
2. Seek expert consensus: Consult textbooks and academic monographs to gain a solid foundation of knowledge in a specific field. These resources represent the collective wisdom of experts and can provide a comprehensive understanding of the subject matter.
3. Ask focused questions: Once you have mastered the basics, ask specific and pointed questions to navigate the vast amount of knowledge available. By seeking answers to targeted questions, you can delve deeper into your areas of interest and gain a more nuanced understanding.