Home >
Quantum > Spherical Symmetry
Spherical Symmetry for Perfect Correlations
The spherical symmetry of the singlet state of molecules, atoms, electrons and photons plus measurements in a previously agreed upon angle are needed to produce the
perfectly correlated outcomes of two-particle entanglement (Bell) experiments.
See how a
Common Cause, Constant of the Motion, and Spherical Symmetry are needed to to produce the
perfectly correlated (and random) outcomes of two-particle Bell experiments.
Normal |
Teacher |
Scholar
|
