[Bored chemist]

It is too small also for the classical-electron-as-sphere-model.

That is why people say things like this

That would be true if an electron was a classical object but it isn't it is a quantum object. 

Why do you refuse to listen?

[talanum1 (OP)]

To do the classical μ = ai calculation you need to consider it something that makes a current loop (i.e. a rotating sphere with charge on the equator).

[Kryptid]

To do the classical μ = ai calculation

Electrons aren't classical objects. They are quantum.

[Bored chemist]

To do the classical μ = ai calculation you need to consider it something that makes a current loop (i.e. a rotating sphere with charge on the equator).

So, nothing like an electron then.
We already knew that.

[talanum1 (OP)]

My model for particles can explain why there are neutrinos!

[Origin]

My model for particles can explain why there are neutrinos!

No it can't!

[talanum1 (OP)]

No it can't!

I assure you: it can. The paper is still to be published.

I can also explain why there are three generations of particles with the same properties except for the mass.

[Bored chemist]

I assure you: it can.

Your model does not work.
We already know that.

[evan_au]

three generations of particles with the same properties except for the mass.

That's funny, because there is a property called the gyromagnetic ratio, which is 2 for the electron, muon and tau particles.
- But there are subtle effects which means that it is slightly more than 2
- And how much more than 2 is different for the electron, muon and tau

There is some debate about the results of the g-2 experiment; what does your theory predict about the results?

See: https://en.wikipedia.org/wiki/Muon_g-2#Theory_of_magnetic_moments

[talanum1 (OP)]

what does your theory predict about the results?

Nothing: its a classical theory. You have to add quantum effects by multiplying the magnetic moment with the g-factor.

There is however the possibility of doing the calculation because you know where the charges are located and what size they are.