So, you're happy with electron beams. Beams of particles that embody all the reasons why your theory fails, the fact that an entity that is observable as a quanta of charge and conveyor of momentum which behaves exactly like the conventional model predicts. The beam which has been demonstrated to penetrate beneath the surface of material whilst retaining all properties of electrons and simultaneously those of current carriers, additionally proving the drift model of conduction? The same beam if driven to higher energies behaves according to Einsteinian relativity. How can you possibly be happy with electron beams? no part of your theory would allow them to exist.
Skimmed the book by Krafft and I must say, he was a very clever person, but quite why he felt the need to continue writing his book after the phrase "Nuclear physicists will probably say that the writer is merely belabouring a man of straw--an extinct species, and the physicists of today are no longer dealing with planetary electrons." remains a mystery.
Good to see here that we have some good measurable properties of aether. Time dilation near a spinning disc. Would a 15cm diameter disc at 90,000 rpm produce any noticeable effects?
I am ok with old (deep electron drift) electricity, but i say that it is insignificant, compared to my new (surface hugging electon) electricity, which includes my new (surface electron flow) electricity.
The problem with electron drift electricity is that the speed of light in Cu is about 10 m/s, ie c/30,000,000, badly below c/1. And, it duznt explain how the speed of electricity in an insulated wire is 2c/3.
Electron beams are ok, they are compatible with my electons.
I think that Krafft is saying that no modern (1942) nuclear physicist believed in orbiting electrons.
I think that spinning discs would affect clocks. Either small discs spinning very fast, or large discs spinning not so fast. I suggested to a Prof that he should test accurate quartz clocks placed near the spinning discs of disc driven public buses (which might have a 1 tonne disc spinning at 3000 rpm)(just guessing). A simple test for a PhD student, which could lead to a Nobel. But he said it was a silly idea.
In some areas on Earth it might be good if the disc had a vertical axis. In other areas a horizontal axis might be good. However, it would be best if the axis was angled off horizontal to accord with the background aetherwind blowing through Earth (this blows at about 15 deg off Earth's axis)(RA4:30).
A clock should be placed close to one end of the axle, & close to the other end. And one or more clocks near the equator. And u would need a number of clocks nearby but well clear of the disc (these clocks would not be affected)(for comparison).
One problem is that quartz clocks would be sensitive to their own orientation. Another problem is that the modern quartz clocks are i think not very sensitive to ticking dilation (the crystals are cubic), the older version of quartz clock that used a tuning fork style of quartz would be much better. I forget which fork orientation would be best (i did work it out years ago). There are 3 obvious orientations of a tuning fork. I think that aligning the long axis with the background aetherwind was (in my theory) best.
Podkletnov said that he found that a quartz clock was affected (in about 1990). Likewise Depalma (in about 1980).