Do we need another language other than math?

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In summary, mathematics can be used to understand the quantum world, but there is another language we need to use to interpret the "manual" on how to use the building blocks of the quantum world.
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Hi, a little question.
What if mathematics can't be used to understand the quantum world because, quantum world is the building blocks of mathematics? What if there's another "language" we need to use to interpret "the manual" on how to use the building blocks of the quantum world?



Sorry about the philosofical questions.

Kind regards
 
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Ten5ion said:
Hi, a little question.
What if mathematics can't be used to understand the quantum world because, quantum world is the building blocks of mathematics?
I can't see any way that that even makes sense. Math is a man-made construct that is independant of reality. Fortunately for us, it ends up doing a phenomenally good job of describing reality but remember the map is not the territory.
 
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Ten5ion said:
What if mathematics can't be used to understand the quantum world
But it demonstrably can be used
 
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Ten5ion said:
Hi, a little question.
What if mathematics can't be used to understand the quantum world because, quantum world is the building blocks of mathematics? What if there's another "language" we need to use to interpret "the manual" on how to use the building blocks of the quantum world?

If there's something that can't be modeled by existing math, we'll just make new math.
 
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Math is the process of understanding the underlying patterns we see everywhere. If we were to use a different language to do so it would still be math just in a different form. Math notation reduces the complexities and subtleties done to something more manageable so that we can delve further into a problem because we trust the notation and its rules of operation.

NOVA did a great documentary on it:

https://www.pbs.org/wgbh/nova/video/the-great-math-mystery/

Having said that, I think its time to close this thread as there's nothing more that can be said that hasn't already been said without repeating what has been said in a different way if you understand what I mean in a non-mathematical context.
 
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1. Why do we need another language other than math?

While math is a powerful tool for understanding and solving problems, it is limited in its ability to express complex ideas and concepts. Other languages, such as natural languages like English or programming languages like Python, allow us to communicate and think about ideas that cannot be easily expressed in mathematical terms.

2. What can another language offer that math cannot?

Another language can offer a different perspective and approach to problem solving. It can also allow for the expression of emotions, creativity, and abstract ideas that cannot be easily quantified or represented mathematically.

3. Can another language enhance our understanding of math?

Yes, another language can enhance our understanding of math by providing a way to explain and interpret mathematical concepts in a more intuitive and relatable manner. It can also help us to see connections and patterns that may not be immediately apparent through mathematical notation alone.

4. Is learning another language beneficial for a career in math?

Yes, learning another language can be beneficial for a career in math. It can help with communication and collaboration with colleagues from different backgrounds, as well as broaden one's perspective and problem-solving skills.

5. Can learning another language make us better mathematicians?

While learning another language may not directly improve one's mathematical abilities, it can indirectly enhance critical thinking, creativity, and problem-solving skills, which are all important traits for a mathematician. It can also open up new opportunities and approaches for understanding and applying mathematical concepts.

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