Studying the physical properties of entangled electron spin states in a solid body
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A concept for the experimental study of the physical properties of entangled electron spin states in a solid body is proposed. The construction of the experimental setup is developed. New-generation electron spin detectors are created. Test measurements of the electron spin polarization by two simultaneously operating Mott detectors are carried out. It is found that Bell’s inequalities are satisfied in the traditional measurement mode (without time coincidences of the pulses).
KeywordsEntangle State Surface Investigation Neutron Technique Spin Projection Electron Polarization
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