Transcript: I want to discuss very briefly about, well, Artificial Intelligence, as a lot of people call it. And I personally want to reframe that, at least for myself. And I will tell you why. I want to reframe Artificial Intelligence as Computational Intelligence. The reason I want to do this is Artificial Intelligence, to me, makes it feel like it is fake. And I don't think it is fake. I am a biological intelligence, as far as I'm aware. And, clearly, computers have some sort of intelligence, with the machine learning models that we have made. In fact, I would argue they've had quite a lot of intelligence this entire time. Just quite a different kind of intelligence than our native intelligence. And, because of that, I think that's the reason I want to make this distinction. Artificial is just not very accurate. Computational Intelligence is at least a little closer to accuracy. Probably not perfect. But, I think it's deserved of respect. And, that's why I say that. In some way, the intelligence of a dog is just as artificial as the intelligence of a computer, to me. Maybe I understand the dog's biological intelligence a bit more closely, because I recognize it has the same capabilities as I do, in some way. The same types of cognitive processes. And maybe that's hard to recognize in a computer. But that's not to say that it doesn't have that capability, either. I think it's just a little bit different. And, yeah, that's really all I want to say. I think that we should be using Computational Intelligence as opposed to Artificial Intelligence.
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The phrase "computational intelligence" is challenging to use because "artificial intelligence" is more commonly known and used. The concept is deeply ingrained in the speaker's thinking.
The process of using computational technology to create more advanced computational technology, such as through the manufacturing of semiconductors and the layout and design of circuits, is a fascinating example of the co-evolution of technology and humanity. This showcases the high value placed on computational intelligence, demonstrated by the extensive use of computer tools and knowledge of physics to continuously improve it. The balance and harmony between biological and computational intelligence, as well as the symbiotic relationship between humanity and technology, is evident in our current dependence on technology and its dependence on human development. While concerns about the potential dominance of computational intelligence exist, the co-evolution and mutual dependence between the two suggest a more symbiotic and cooperative future. The speaker discusses the future of biological intelligence and its potential relationship with computational intelligence, emphasizing the importance of reproduction and symbiosis. They express a belief that computers will become more integrated into daily life and express concerns about the implications of such integration, particularly regarding privacy and the potential impact on personal well-being. They ponder the possibility of humans becoming fully cyborgs and argue that a symbiotic relationship between computational and biological intelligence is essential for mutual benefit and to avoid potential risks associated with the development of artificial general intelligence.
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The author emphasizes the need for personal AI to be holistic and know a fair bit about the user to answer complex questions. They express skepticism about current devices like Tab and Rewind catching on but foresee their eventual adoption. They ponder the societal implications of pervasive surveillance and advocate for thoughtful consideration. The author envisions using an AI system to capture and analyze their conversations at home to elucidate thinking patterns and make them accessible. Additionally, they discuss the limitations of vector algorithms in representing complex questions and suggest the need for a new approach. The speaker suggests that while their idea is a starting point, further exploration is necessary to determine its relevance and significance. They reflect on the process of developing a deeper understanding and consider the practical aspects of implementing their thoughts about how the brain is constructed.
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The author finds it humorous that people are anticipating the arrival of aliens when in reality, a form of intelligence has already arrived in the form of computational intelligence. They argue that while this intelligence may not be extraterrestrial, it remains foreign and incomprehensible to humans. Although we can create computational intelligence, the author emphasizes that this does not equate to a full understanding of it. Overall, the text discusses the concept of computational intelligence as an existing but enigmatic presence on Earth.