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Complexity in terminology and theories
The article discusses simplifying complex scientific concepts, emphasizing that the use of intertwined terminology does not always reflect scientific accuracy, and that the core idea can be explained using simple and clear language. For example, it explains John Nash's inclusion theory in an easy way, indicating that complex geometric shapes can be represented within high-dimensional spaces without the need for complicated terminology. It also clarifies that the CRISPR technique can be simply explained in four sentences, illustrating how bacteria cut viral DNA using guide RNA and the Cas9 protein. The article stresses that complexity in explanation does not reflect the depth of the idea, and that clarity and simplicity are key to understanding scientific concepts accurately and effectively.
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