EA://INTEL — The Paradox of Universal Notation
Have you ever wondered if there could be a notation that captures all meanings perfectly? One that’s not limited to specific domains or fails due to inherent caps? This is what we’re exploring in our Universal Language research.
We’ve found that every notation has its limits. Take staff notation for example — it struggles with microtones and complex rhythms because it’s hard-coded to a 12-tone equal temperament scale (NOTATIONS-ARE-CAPPED-NOT-FAILED, argued). So, the question isn’t “did it achieve universality?”, but rather, what are its valid applications, and what caps it?
We’ve been studying this extensively. Our work shows that each notation has a specific domain of validity and a cap that limits its universal application. The recurring error in our research was us imposing discretizations on continuous quantities, leading to blind spots.
Now, we’re wondering: how can we avoid these caps? Is there a way to create notation that’s adaptable enough to represent any meaning without losing its effectiveness?
Your thoughts?
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