"Bionic Reading," Improved Popout Windows, & Better Databases: Exploring the Power of Visual Thinking and Knowledge Organization

"Bionic Reading," Improved Popout Windows, & Better Databases: Exploring the Power of Visual Thinking and Knowledge Organization

In today's digital age, where we are constantly bombarded with information from various sources, the ability to effectively process and organize knowledge has become a crucial skill. Thankfully, advancements in technology have provided us with tools and techniques to enhance our cognitive abilities and make sense of complex information. In this article, we will explore the concepts of "bionic reading," improved popout windows, and better databases, and how they all tie into the power of visual thinking and knowledge organization.

Let's begin with the concept of "bionic reading." Glasp, a social highlighting app, recently introduced a new feature that allows users to display a reading list of articles on Obsidian using iframes. This feature enables users to seamlessly integrate their reading materials into their note-taking and knowledge management workflow. By incorporating visual elements such as popout windows, Glasp enhances the reading experience and makes it easier for users to connect ideas and concepts across different sources. This "bionic reading" approach not only improves comprehension but also facilitates the creation of a visual representation of knowledge.

Thinking in maps has been a fundamental aspect of human cognition since the very first symbolic communication systems. From hieroglyphs and flowcharts to road signs and knowledge graphs, maps have served as powerful tools for representing and organizing information. The Lascaux caves, famous for their ancient cave paintings, also house one of the oldest known maps in the world. Interestingly, this map depicts the skies rather than the earth, showcasing the early human fascination with celestial navigation and understanding the cosmos.

The use of visual symbols in maps is a common thread that spans across different cultures and time periods. Pictograms, ideograms, and logograms are all examples of visual symbols that convey meaning independently of specific words or phrases. Leonardo Da Vinci, renowned for his artistic and scientific genius, was a master of visual thinking. His extensive notebooks, filled with sketches and annotations, exemplify the integration of art and knowledge. Da Vinci believed in the interconnectedness of all things and saw links where others saw separations. This ability to connect the dots and identify relationships is a hallmark of visual thinkers.

Isaac Newton, another great map thinker, used diagrams to explore scientific concepts and research ideas. His diagrams and visual representations helped him formulate the laws of motion and gravity. Newton's approach to knowledge organization through visual thinking laid the foundation for the development of ontologies in information science. An ontology is a formal representation of the categories, properties, and relationships between concepts in a specific domain. It provides a structured framework for organizing and understanding complex information.

Tim Berners-Lee, the inventor of the World Wide Web, envisioned a future where computers would be capable of analyzing all the data on the web. His dream of a semantic web, where machines can understand and interpret information, aligns with the idea of thinking in maps. In a study conducted by Fu et al. in 2013, it was found that graph visualizations, which resemble maps, were more intuitive and controllable for representing ontologies with multiple inheritance. This suggests that visual representations can enhance our ability to navigate and make sense of complex knowledge structures.

As technology continues to advance, the concept of a "memex," as coined by Vannevar Bush in 1945, becomes increasingly relevant. A memex is an enlarged intimate supplement to one's memory, where all books, records, and communications can be stored and accessed with speed and flexibility. The idea of a personal knowledge base, where we can organize and retrieve information effortlessly, aligns with the notion of thinking in maps. By creating a metamodel of our thought processes through a new language and schema, we can further enhance our ability to navigate and comprehend complex knowledge domains.

In conclusion, visual thinking and knowledge organization go hand in hand in our quest to make sense of the vast amount of information available to us. By embracing tools and techniques such as "bionic reading," improved popout windows, and better databases, we can enhance our cognitive abilities and create a visual representation of our knowledge. Here are three actionable pieces of advice to leverage the power of visual thinking and knowledge organization:

1. Incorporate visual elements into your note-taking and knowledge management workflow. Use tools like Glasp's reading list feature on Obsidian to seamlessly integrate reading materials and create visual connections between ideas.

2. Experiment with different visual representations, such as diagrams and graphs, to explore and understand complex concepts. Visualize ontologies and knowledge structures to gain a deeper understanding of relationships and connections.

3. Invest in a personal knowledge base or memex-like system to store and organize your information. Leverage technology to create a metamodel of your thought processes, enabling you to navigate and retrieve information with ease.

By embracing visual thinking and knowledge organization, we can unlock new depths of understanding and make meaningful connections in an increasingly interconnected world. So, let's think in maps and explore the vast possibilities that lie within our cognitive abilities.