Mathematics universal from "summary" of Decoding the Universe by Charles Seife
The idea that mathematics is universal is a fundamental concept that underlies much of modern science. It is the belief that the laws of mathematics are the same everywhere in the universe, whether on Earth or in the farthest reaches of space. This notion is based on the idea that the relationships and patterns that mathematics describes are inherent in the fabric of reality, and are not dependent on the specific conditions of any particular place or time.
This universality of mathematics is a powerful idea, as it allows scientists to make predictions about the behavior of physical systems based solely on mathematical models, without needing to directly observe those systems. For example, the laws of gravity can be described using mathematical equations, and these equations can be used to predict the motion of planets and stars with a high degree of accuracy.
The universality of mathematics also allows scientists to communicate their findings across cultural and linguistic boundaries. Because the language of mathematics is the same everywhere, a scientist in China can use the...
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