 So you talk about artificial neural networks, AI, you know, I, I, there was a very famous, I think, debate between Jack Ma and Elon Musk about what's the future of AI and these types of things. I like this, this TV show called The Person of Interest and it's following kind of this, idea that once created by man, artificial intelligence systems can start to take over public and private data systems. What's your thoughts on this? How, how, how do you, how do you see this evolving over the next 20 years? How much time do we have? Yeah. I don't know. We have to catch up. Okay. But what do you think? I mean, what is the short answer? Never. AI will do much better than we do with our rational mind, but the rational slash mechanical mind. But we are conscious being and consciousness is not a property of computers. Yeah. Okay. Consciousness is a quantum property is not a, it is a property of qubits, which are entangled and entanglement is the difference between quantum and classical. In classical, you have bits in quantum, you have qubit. The best that you can do moving from quantum to classical is a qubit, which is an infinity of states. It will be points in a surface of a sphere that will be, you know, it's called the block sphere. Okay. So those points in the surface of the sphere reduce in this physical one, this space time, 0 and 1. That's it. So that's how different is consciousness. And consciousness, of course, is the capacity to feel, to know within ourselves, not within meaning in the heart or the brain, not in the physical. The within is another dimension, is the dimension which is the, the Hilbert corresponds to the Hilbert space of quantum physics. The Hilbert space is an n dimensional space where each core, each coordinates is complex number, not a real number. So because of that, you can create situations in which the sum of the parts is more than the sum of the parts, which, you know, is twisted, but is twisted like quantum mechanics is twisted. A particle, an electron is both a particle and a wave. Go figure, right? What does it mean? It means that an electron is a system. It cannot be an atom like, you know, the atoms of democracies, you know, bounded, little hard with certain properties and so on. No. The electrons are systems that behave when we measure them here, behave like a particle, like it was an atom, okay? But when they interact, they share states, that's entanglement, they share something. And these states that are shared are independent from the distance. Therefore, when I change, when I measure something here, immediately something here happens. That's magic, not, not, not time to move from information from here to there, instantaneously. So this is the property that is inherent in our consciousness and also in our free well. Right. This is the property which I have developed with a famous physicist, Italian physicist, is a specialist in quantum, in quantum information. The actual collapse of the wave function, which is how a quantum state becomes a physical state in space-time. So you go from many to one, many states possible in superposition to one. That occurs by virtue of the free will. The free will makes that conversion. So that's a revolutionary view, this will become a chapter in the book that will come out in a month or two. And it is a paper available in an archive already, but it is a preprint. So this theory is really the first theory of consciousness and free will, which goes against the grain of how people are thinking, typically scientists are thinking about quantum, classical and free will in particular. But you're marrying philosophy and physics together. No, physics. But you talk about free will, the free will is. Free will is not free will. You call it a physics? Absolutely. Absolutely. It is free will. It is physics in this model, in this theory, in this physics. Absolutely. Yeah, yeah. It is physics. So how does that consciousness interface? Basically, but it is already, in a way, it's already known, but nobody accepts it because somehow people do not like free will. Because if reality has free will, it means that if you know, you are not better than anybody else. Right? And this is why the artificial intelligence, which lacks free will, can never go over. Artificial intelligence is deterministic. Yeah. No free will. Yeah, exactly. The sum of the parts is the whole. In a computer, the sum of the parts, which are the, the parts are the algorithms that interact, the interaction, the interaction is the sum of the parts, which are the algorithms. The sum of the algorithms is all there is. There is no whole as an independent entity that can affect the parts. But in quantum physics, you can. In quantum physics, when you have this, this superposition in entanglement, new entanglement creates new holes that are more than the sum of the parts. And that's what nobody had before understood. That's part of this paper, part of this theory. So that human-to-machine interface, if we go back to synaptics, and one of the big inventions was the touch controller, where you have a human-to-machine interface, and what you're talking about now is something much, much, is taking this to the extreme. I mean, man, this is. But is it the same kind of process of human-to-machine interaction that synaptics? No, no, no. This is. This is way beyond. This is what makes us human. I mean, this is big, right? Because science today is telling us that we are machines. We are a biological complex machine. That's it. There is no consciousness other than the functioning of the machine. And I'm saying no. The functioning of the machine is the correlate of something that involves consciousness driving this machine. We are controlled by this entity that we really are. We are a quantum entity. We think that we are the body, but we are this quantum entity that controls the body. Big difference. I mean, this theory returns, returns power to human beings that the people that tell you that you are a machine are taking away from you. If you are a machine, what the hell are you going to do? Especially if the machines are smarter in the mechanical sense, controlled by smarter people than you, they know that they are not machines perhaps, but in any event they want to control you through the machines that they make. Right. Come on. I mean, we have to wake up. This is what's going on today. So how do we manage these machines in the future? You regulate? Well, there has to be some formal regulation, obviously, because you can imagine how much mischief you can do if you control those machines. But these smart people. These smart people behind, they control them, but they pretend that they are not machines. They are innocent. Yeah, I'm innocent. Yeah, but they, you know, they. Right. Yeah. Interesting. This, I see you very animated. This is the exciting part of the book. I don't know, Sergio, if you want to take some question.