Adapted for the Internet from: Why God Doesn't Exist |
How a magnet physically attracts another |
The explanation Thread Theory offers for magnetic attraction and repulsion Click on the magnets below... |
Fig. 2 The attraction and repulsion patterns formed by iron filings |
The 'description' offered by Mathematical Physics So what are those arrows that are going into the south and coming out of the north poles of the magnet? Particles? Vectors? Magnetic moments? Energy? Why do two magnets physically attract each other, you stupid relativist? |
Fig. 1 Attraction Classical iron filing patterns around two magnets having opposite polarities. |
2. The rope version of magnetic attraction and repulsion |
1. The two Quantum versions of magnetic attraction and repulsion |
Fig. 6 Attraction Overturning the magnets in the north-south direction (switching D with C) produces no change. We still have attraction consistent with observation. |
Fig. 5 Attraction South (blue) of one magnet faces north (red) of another. They generate attraction consistent with the mechanism illustrated in Fig. 4 A and B. |
Pushy Bill drawing a lot of bullshit from the mechanics |
Fig. 4 Swinging ropes |
Fig. 7 How magnets attract: another perspective |
Compare... |
vs. |
1. In the first animation, you have A and B of the left magnet facing C and D of the
to check the CURVED ARROWS at the top and bottom margins of the drawings to verify which way the threads swing. 2. In the second movie, we switch C and D, and there is no change. Top threads
3. In the third movie, we switch E and F for C and D. Top threads of the left magnet
the left magnet continue swinging CCW, but bottom threads of the right magnet now swing CW. The result is repulsion. |
Fig. 8 Repulsion |
Now we turn the magnets in the east-west direction so that E and F of the right magnet face A and B of the left magnet (Blue facing blue). The magnets should repel each other. The threads of the left magnet continue swinging CW on the top and CCW on the bottom. However, the threads on the right magnet now swing CCw on the top and CW on the bottom. The threads are pushing their counterparts from the other magnet away consistent with the mechanism explained in Fig. 4 C and D. The farther the magnets are from each other, the fewer threads that intervene, and the weaker the force of repulsion. This mechanism accounts for the inverse square rule. |
In the illustration, the straight white lines on both magnets are spinning CW. The curved white lines represents the itinerary they describe consistent with patterns observed on iron filings. Threads that originate in atoms at the edge of the magnet extend farther than threads originating in atoms comprising the center of the magnet. Thus, thread density decreases farther away from a magnet. This constitutes the magnetic 'field' that the mathematicians have been talking about for 200 years. Threads from both magnets superimpose in the region between the magnets and cause attraction consistent with the mechanism explained in Figs. 4 A and B. |
We see the twins, Axel and Rod skipping their respective ropes a little too close to each other. There are two scenarios: |
Fig. 3 Solar flares Magnetic fields on the surface of the Sun show the same patterns |
C'mmon, Lulu Bell! You can do it! Push harder! I need for those magnets to attract each other! |
Attraction:
comes down, Rod's rope comes up. B. The ropes tug at each other. Repulsion:
Rod swings it CCW. D. The ropes collide and push each
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