He's describing Quantum states that are vectors in Hilbert Space. These quantum state vectors are holographically projected through entanglement from the singularity onto Planck qubits of spacetime (or the holographic screen/event horizon). The qubits are the 'detectors'. studio.th-cam.com/users/videotWu7TeBpetw/edit
Is this a question? If so, spin is an operator living in the spin field. Operators are more general than vectors and can operate on vectors or, more generally, on operators.
Best Quantum mechanics lecture
Thanks for the non-random tidbit.
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He's describing Quantum states that are vectors in Hilbert Space. These quantum state vectors are holographically projected through entanglement from the singularity onto Planck qubits of spacetime (or the holographic screen/event horizon). The qubits are the 'detectors'. studio.th-cam.com/users/videotWu7TeBpetw/edit
spin ...and no one can really tell you what it is ..
Is this a question? If so, spin is an operator living in the spin field. Operators are more general than vectors and can operate on vectors or, more generally, on operators.
@@farhadtowfiq6767 perception ..limits the 2 dimention from the 3rd ..and so on ..