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Kartazion

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Kartazion last won the day on September 16 2020

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About Kartazion

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    France
  • Favorite Area of Science
    Quantum Mechanics

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  1. Conclusion, and if we think about it a little, we can understand that the packet of information (the ping-pong ball) gives the power of measurement, and annihilates itself during its destination to the player. The entanglement is over. The information packet means that the particles can be in 4 possible states; including two superimposed highs and two superimposed low, plus reverse symmetrical top, bottom. This gives a qubit of 4 states. This it is speculation.
  2. I'm talking about entangled pairs. As usual, you make frills for your spin story as if it were super-complicated. So I gave you the example of the simple photon as a hello. Anyone is capable of entangling photons at home. To believe you, it looks like it would take 30 years of study to entangle a poor pair of particles. The complexity is found in the explanation of non-locality. This story of how the "spooky action at a distance" acts from particle to particle with an action link that cannot be explained. 100 after with all your instruments and your elites you are unable to do bet
  3. The misunderstanding of how quantum entanglement works is in the mechanism of transmission of information. since there can be no hidden variable (that's science). I simply substituted a ping-pong ball for a packet of information flowing between the two entangled particles. This information packet notifies the opposing particle of the discovery of its state by the measurement. Here we have the means of explaining how and when a particle has its left spin, that the other will necessarily have it on its right.
  4. The game of ping-pong is there to to remedy and fix the Bell's theorem. No more and no less. Since there is no hidden-variable. To explain the non-local I use the analogy of a ping-pong ball as an information packet. That's it.
  5. Why is entanglement instantaneous? Weren't you who said that instantaneness didn't exist in math? If they play at lightning speed, well there will always be a transition time. At 299.792 km / s Sinpmly this corresponds to the speed of the oscillation of information. In this analogy nobody loses the game until an outside intervention, namely the measure. No worries about that. It does not prevent the transition. It's an analogy. The entanglement corresponds to the game of ping-pong. If you don't play anymore, then there is no more entanglement.
  6. No, because the ball goes to player B. If player A no longer has the ball, then the entanglement is terminated.
  7. This corresponds to the speed of the oscillation of information. The information packet is represented by the ball. This is measured by the thickness of the net when none of the players has the ball.
  8. Yes it is when the player has the ball in his camp and so he can play it.
  9. Analogy and interpretation of quantum entanglement according to Kartazion Imagine a game of ping-pong. At the center is the singularity, or the source, where there is the net. Each of the players is a particle. Together, they therefore constitute the entangled pair throughout the game. The ball is the packet of information. Let me explain. If one player has the ball, well the other player does not. The state is therefore always opposed. The entanglement corresponds to the current game of ping-pong. But when a player wins or loses the game, or the game in progress, the ball is then in the
  10. New Theoretical Process for Manufacturing Qubit-type Quantum Memory The idea is to have an isolated proton without an electron, and to make absorb an electron entangled with the proton. The conservation of the quantum number remains. After having defined a value of the quantum number to a pair of entangled electrons, the idea is that to make of absorbing one of the two electrons to an isolated proton. After acquisition of the electron by the proton, the value of the quantum number is kept by the electron for a lifetime limited to the hydrogen atom, and keeps memory of the quantum num
  11. New Theoretical Process for Manufacturing Qubit-type Quantum Memory Quantum Memory of the Proton Electron The idea is to have an isolated proton without an electron, and to ionize an electron entangled with the proton. The conservation of the quantum number remains. The magnetic quantum number mℓseems to be the best candidate. After having defined a value of the quantum number to a pair of entangled electrons, the idea is that of ionizing one of the two electrons to an isolated proton. After acquisition of the electron by the proton, the value ofthe quantum number is kept by the prot
  12. I used 'meditation' and not 'mediation'. ? No. Between 'meditation' and 'mediation'? I made a big mistake. Therefore I am definitely withdrawing from this forum. I apologize for everything. Kartazion.
  13. Which last line of text? Can you clarify it? Which arguments? Not me. I confess. If my minds is it weak I have no excuse. We can't all be smart like you.
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