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The host answers a question about quantum entanglement enabling free will by defining free will as transcending outside forces. Even if quantum randomness exists, it is still an outside force the person doesn't control. He compares it to RNG in a deterministic game.
Physicist Brian Greene argues that since we are made of particles governed by unchangeable physical laws, we have no capacity to "decide" our actions. The sensation of making a choice is a high-level construct created by our brains—a powerful story we tell ourselves, not a fundamental reality.
Quantum mechanics doesn't create space for free will. Instead, it functions like 'occlusion culling' in a video game, making the universe computationally efficient by only rendering definitive properties when an interaction occurs. This refutes the idea that quantum uncertainty allows for choice.
Jeff Wu of AntiFund posits that humans, like AI, lack true consciousness and free will, operating instead as biological automatons. However, he concludes that believing in free will is essential. To avoid nihilism, we should act as if we can shape our destiny, even if it's predetermined.
In algorithm design, randomness isn't free. High-quality random bits (from quantum sources) are expensive, while cheaper sources (thermal noise) have lower quality. This reframes randomness as a resource to be managed and minimized, just like time or space complexity.
Physicist Michio Kaku refutes simulation theory by highlighting a core principle of quantum mechanics: the universe is based on inherent probabilities, not a predetermined script. This fundamental randomness is at odds with the concept of a controlled simulation.
While the universe may be deterministic and free will an illusion, adopting that belief leads to inaction and despair. The most useful (high-utility) mental stance is to operate *as if* you have free will, making it a pragmatic choice over a philosophical one.
Free will isn't an illusion negated by predictive brain activity. Instead, it's a property of a single, unified consciousness. Our individual actions are that one consciousness freely acting through our "avatars," reconciling neuroscience findings with the experience of choice.
The idea that we have free will, even if 'literally false' from a determinist perspective, is 'functionally true.' Acting as if you have agency prevents outsourcing responsibility and leads to a better life, making it a useful cognitive tool regardless of its philosophical accuracy.
This metaphor resolves the free will debate: our genes and predispositions are the "strings" that guide us, making us puppets. However, we possess the quantum ability to "reach back," grab those strings, and consciously alter our own course.
The 'three-body problem' in physics shows that a system can follow deterministic laws perfectly yet be impossible to predict without simulating every step. This demonstrates that unpredictability and freedom are not the same, explaining why life feels 'free' even if it is predetermined.