Spinning Particle Model (I): a classical model of the Electron Spin

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I1_ElectronAnimation.gif

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I2_BookmarksPartI_1_2.png
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I3_ElectronDynamics.gif

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I4SpinSangularvelocityw.png
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I5FrameTransformation.png
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I6Rotation.png
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I7SpinSangularmomentumJ.png
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I8SpinSScmangularmomentumJ.png
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I9SpinSAccelerationa.png
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I4SpinSangularvelocityw.png
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I11Angularvelocitywoppositetou.png
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I12Angularvelocitywcolinearwithu.png
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I13TimeDilation.png
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I11AnglesDefinition.png
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I15ReferenceFrame.png
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WolframCommunityPost_ElectronSpinParticleModel_I.nb (2.01 MB)

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Thank you for very nice notebook, I wonder if your electron has appropriate magnetic dipole moment?
You could test it for example by scattering with opposite charge, like positron, or free-fall of electron into proton - e.g. leading to 120 deg scattering if perpendicular to magnetic dipole ( https://community.wolfram.com/groups/-/m/t/3522853 )?

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