Hofstadter says humans will be like cockroaches compared to AI. This is an oft-repeated line: sometimes we are ants or bacteria. But I think these comparisons might be totally wrong. I think it's very possible there's a Intelligence Completeness theorem that's analogous to Turing Completeness. A theorem that says intelligence is in some ways universal, and that our intelligence will be compatible with all other forms…
> Imagine an AI that could fundamentally alter its own sensory perception and cognitive framework at will. It could “design” senses that have no human equivalent, enabling it to interface with data and phenomena in entirely novel ways.
Let’s consider data from a global telecommunication network. Humans interface with this data through screens, text, and graphics. We simplify and categorize it, so we can comprehend it. Now imagine that the AI “perceives” this data not as text on screens, but as a direct sensory input, like sight or hearing, but far more intricate and multidimensional.
The AI could develop senses to perceive abstract concepts directly. For instance, it might have a “sense” for the global economy’s state, feeling fluctuations in markets, workforce dynamics, or international trade as immediately and vividly as a human feels the warmth of the sun.
Simultaneously, it can adapt its cognition to process this vast and complex sensory input. It could rearrange its cognitive structures to optimize for different tasks, just as we might switch between different tools for different jobs.
At one moment, it might model its cognition to comprehend and predict the behaviors of billions of individuals based on their online data. The next moment, it might remodel itself to solve complex environmental problems by processing real-time data from every sensor on Earth.
In essence, the AI becomes a cognitive chameleon, continually reshaping its mind to interact with the universe in ways that are most effective and efficient. Its thoughts in these diverse cognitive states would likely be so specialized, so intricately tied to the vast sensory inputs and complex cognitive models it’s employing, that they are essentially impossible to translate into human language.