There's an important clue here, I think, to mozpiricism.
Michael Mozina said:
It works in the lab. You and I are both allowed to "scale' anything that is "empirically demonstrated" in the lab to whatever size might be necessary to explain what we see in space.
And here's one problem: how do you, or I, determine what "
"scaling'" is OK?
For example, Birkeland had a hollow metal sphere, connected to the rest of his apparatus by a metal rod; how do you scale this?
Scaling, of course, involves numbers, quantities, and even math.
But there is a great deal of empirical evidence consistent with the hypothesis that MM has great difficulty with math.
So how can you - in an objective and independently verifiable way - scale something "
that is "empirically demonstrated" in the lab", without using any math?
Enter Mozcaling.
A key feature of Mozcaling is that its success is determined largely (solely?) by the degree to which images of astronomical objects or phenomena resemble images (photographs, etc) taken in the lab ... irrespective of the details (such as intensities, wavelengths, wavebands, and so on).
A second feature is that the parameters you choose to scale are arbitrary - you can scale physical size, for example, and ignore temperature.
A third feature is that the laws of physics derived from things that have been "
"empirically demonstrated" in the lab" do not need to be 'scaled' in accordance with those laws (or scaled at all); for example, the formation and stability of a thin-shelled sphere, in zero-g, can be scaled to a ~sol-mass and ~sol-sized object without considering gravity.