Thinking in Maps: From the Lascaux Caves to Knowledge Graphs - Peter Thiel's Question on Unconventional Truths

Thinking in Maps: From the Lascaux Caves to Knowledge Graphs - Peter Thiel's Question on Unconventional Truths

Throughout history, humans have relied on maps to communicate and understand the world around them. From the ancient Lascaux caves to modern knowledge graphs, maps have played a crucial role in shaping our thoughts and knowledge. But what exactly is thinking in maps, and how does it differ from traditional sentence-based thinking?

One of the earliest examples of thinking in maps can be found in the Lascaux caves. These caves, dating back thousands of years, showcase intricate drawings of animals and symbols. Among these drawings is one of the oldest known maps in the world, a map of the skies. This map demonstrates that humans have been thinking in maps even before the development of written language.

But what makes a map different from a sentence? According to experts, thinking in maps is substantively different from thinking in sentences. Maps, whether they are hieroglyphs, flowcharts, road signs, or knowledge graphs, convey information visually and spatially. They allow us to see connections, relationships, and patterns that may not be apparent in traditional sentence-based thinking.

One common feature of maps is the use of visual symbols to convey meaning. Pictograms, ideograms, and logograms are all examples of visual symbols that represent objects, ideas, or words. These symbols can be combined with physical or mental space maps to create visual representations of our knowledge, beliefs, or questions. Leonardo Da Vinci, a renowned visual thinker, understood the power of combining art and science. He believed that everything connects to everything else and saw links where others saw separations.

Isaac Newton, another great map thinker, used diagrams to explore scientific concepts and research ideas. His diagrams allowed him to visualize complex ideas and make groundbreaking discoveries. Similarly, in the field of information science, ontologies are used to represent and define the relationships between concepts in a specific domain of knowledge. These ontologies serve as maps of knowledge, helping us navigate and understand complex information.

Tim Berners-Lee, the inventor of the World Wide Web, had a vision for a future where computers could analyze and understand the vast amount of data on the web. This vision aligns with the concept of knowledge graphs, which aim to organize and connect information in a meaningful way. Knowledge graphs use nodes and links to represent concepts and relationships, creating a map of knowledge that can be explored and analyzed.

In Peter Thiel's famous interview question, he asks, "What important truth do very few people agree with you on?" This question challenges individuals to think beyond conventional wisdom and identify unconventional truths. Thiel believes that true progress comes from vertical or intensive progress, going from 0 to 1, rather than horizontal or extensive progress, going from 1 to n. Vertical progress requires doing something nobody else has ever done, while horizontal progress simply involves copying what already works.

Thiel argues that globalization, which represents horizontal progress, is not sustainable without new technological advancements. Simply spreading old ways of creating wealth around the world will lead to devastation rather than riches. It is the combination of globalization and technology, both modes of progress, that can lead to true innovation and prosperity.

So, how can we apply the concept of thinking in maps and Thiel's question to our lives? Here are three actionable pieces of advice:

1. Embrace visual thinking: Incorporate visual elements such as diagrams, mind maps, or knowledge graphs into your thought process. Visual representations can help you see connections and patterns that may not be apparent in traditional sentence-based thinking.

2. Challenge conventional wisdom: Ask yourself what important truth you believe in that goes against the majority opinion. By identifying unconventional truths, you can uncover new opportunities for innovation and progress.

3. Combine globalization and technology: Recognize that true progress comes from the intersection of globalization and technology. Embrace new technologies and leverage them to create positive change on a global scale.

In conclusion, thinking in maps has been a fundamental part of human communication and understanding since ancient times. From the Lascaux caves to knowledge graphs, maps have allowed us to visualize and navigate complex information. Peter Thiel's question on unconventional truths challenges us to think beyond the status quo and embrace innovative thinking. By incorporating visual thinking, challenging conventional wisdom, and combining globalization and technology, we can unlock new opportunities for progress and create a better future.