I Can Meet with Dead Scientists

Chapter 425 - 216 Particle’s Love (10,000-word update!!!)_6

It’s not about proving anything. He’s just expressing his dissatisfaction with Bonn’s statistical interpretation and satirizing the Copenhagen interpretation. As the saying goes, unintended consequences can have lasting effects. This cat-torturing maniac used experiments to connect the microscopic and macroscopic worlds, extending quantum behavior to the macroscopic world, to verify the form of quantum existence when observation intervenes. This experiment successfully shifted the problem from discussing microscopic uncertainty principles to macroscopic uncertainty principles, as objective laws do not change based on human will, and the cat being both alive and dead violates the logical thinking of the macroscopic world. The further extension of this experiment is the concept of entangled states. In other words, after those particles’ "ancestors" are observed, the information will be passed to the microscopic world through Messenger particles—the gauge bosons. All similar particles, no matter where they are in the universe, will "know" that they have been observed. This involves the mysteries of co-moving coordinates and universe scale factors, which even particles themselves know very little about. Then, under the guidance of the 4685 Lambda hyperon, 4396 followed her to the side of the many particles. He had always been a gentle and modest particle, and over the years, he had befriended many good micro particles. So when 4396 arrived, the many particles were quite happy, after all, this was their last gathering. "Welcome back, 4396!" "4396, while you weren’t here, 4685 was so worried that the quarks almost commuted!" "4396, sit here, sit here..." 4396 greeted the many particles one by one, and finally followed 4685 to sit beside Little Fatty. In other words, the cat’s state is determined by whether the particle decays. According to Classical Physics, one of these two results must occur inside the box, and external observers can only know the result inside by opening the box. But in the quantum world, when the box is closed, the entire system maintains a state of uncertain wave-being, that is, the superposition of the cat’s life and death. The cat’s state of being dead or alive must be determined after the box is opened, when external observers observe it, and matter manifests in particle form. Actually, Schrödinger’s original intention in proposing this thought experiment was not to prove anything. He was simply expressing his dissatisfaction with Bonn’s statistical interpretation and satirizing the Copenhagen interpretation. As the saying goes, unintended consequences can have lasting effects. This cat-torturing maniac used experiments to connect the microscopic and macroscopic worlds, extending quantum behavior to the macroscopic world, in order to verify the form of quantum existence when observation intervenes. This experiment successfully shifted the problem from discussing microscopic uncertainty principles to macroscopic uncertainty principles, as objective laws do not change based on human will, and the cat being both alive and dead violates the logical thinking of the macroscopic world. The further extension of this experiment is the concept of entangled states. In other words, after those particles’ "ancestors" are observed, the information will be passed to the microscopic world through Messenger particles—the gauge bosons. All similar particles, no matter where they are in the universe, will "know" that they have been observed. This involves the mysteries of co-moving coordinates and universe scale factors, which even particles themselves know very little about.