Originally posted by Dilip Panjwani
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Originally posted by Dilip Panjwani
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Recent breakthroughs like AlphaZero and BERT showcase the power of learning from random patterns and trial-and-error, similar to how our brains work. AlphaZero does this by analyzing random chess positions and forming a list of the most likely winning patterns. BERT, on the other hand, guesses which words are correct in the middle of a sentence and compares its guesses to the actual words, forming a list of the most probable answers. ChatGPT is similar, except it randomly guesses at the most probable words at the end of a sentence, based on the context of the conversation.
As for quantum computers, unlike classical computers that store data as zeros or ones (bits), quantum computing involves qubits. This means that during a period when it's unknown if something resolves into a wave or particle (superposition), where wave or particle are equated with 0 or 1, quantum computers guess at the probability of which way it resolves. During the period where it makes an assumption, it can process a lot more data in this unknown state by assigning a probabilistic value to it. Of course, these algorithms, being based on probability, involve a lot of error correction when they guess wrong, but even with that, for some problems, it is a faster way to process information.
One could view these unknown states as the universe's way of storing data, where during an unknown state (superposition), the outcome is binary: wave or particle. Hence, quantum consciousness might not be as far-fetched as it appears superficially. If we consider the unknown state as a fundamental way in which the universe processes and stores information, it suggests that the fabric of reality itself might be built upon quantum principles. Extending this concept to the realm of consciousness, it becomes more plausible to consider that the brain might harness these quantum processes to generate thoughts, feelings, and subjective experiences. This perspective also ties in with the idea of the brain making probabilistic guesses and learning from trial-and-error, similar to how quantum computers operate
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