Well, this is a confusing statement, because Math isn't Logic either. Consider the very definition of "Code."
A Code is a system of signals or symbols for communication. Not the same as Math. And Codes never form by purely natural, unguided processes. They come only from Minds.
Codes don't arise from minds, they are discovered.
Yes, they always come from Minds. And they're discovered by Minds.
A logic course in college is literally a math credit, but I digress.
Simply put, Math quantifies while Logic clarifies. Math provides accurate numericle results, but little intuitive understanding of cause and effect. Logic provides a greater understanding of cause and effect, but usually only first order estimates of quantitative results.
Taking the definition of code it's easy to see that code functions on logic (and sometimes pure math which requires logic to understand).
Math is also a system of symbols for communication. Any math problem can be rewritten in plain English.
In fact, our system of math symbols is merely a description of the inherent truth and accuracy of math. There is no symbol for pi in the universe, we created the symbol. Pi has always existed.
Math is the code, logic is the key. Our interpretation of both is what we discuss and write on paper, but they already existed. We discovered a way to describe them.
An idea exists before you use a code to communicate or obscure it.
Well, this is a confusing statement, because Math isn't Logic either. Consider the very definition of "Code."
A Code is a system of signals or symbols for communication. Not the same as Math. And Codes never form by purely natural, unguided processes. They come only from Minds.
Yes, they always come from Minds. And they're discovered by Minds.
A logic course in college is literally a math credit, but I digress.
Simply put, Math quantifies while Logic clarifies. Math provides accurate numericle results, but little intuitive understanding of cause and effect. Logic provides a greater understanding of cause and effect, but usually only first order estimates of quantitative results.
Taking the definition of code it's easy to see that code functions on logic (and sometimes pure math which requires logic to understand).
Math is also a system of symbols for communication. Any math problem can be rewritten in plain English.
In fact, our system of math symbols is merely a description of the inherent truth and accuracy of math. There is no symbol for pi in the universe, we created the symbol. Pi has always existed.
Math is the code, logic is the key. Our interpretation of both is what we discuss and write on paper, but they already existed. We discovered a way to describe them.
An idea exists before you use a code to communicate or obscure it.