I was really hoping for better than that. Yes, colliders are huge electromagnets. HUGE as in MILES big. And they consume an inordinate amount of power. And generate an incredible amounts of heat.
I'm not saying wiki has it all figured out, but the very nature of magnetism and electricity, in my experience, (I have worked, and done some experiments with such) does not allow what you are describing.
Sure MI has improved. But it, so far, hasn't completely upended what is understood about electricity and magnetism. No one has thrown out the inverse square law to my knowledge, which is one of your main hurdles.
No one has yet refuted amperes law either. Which says your gonna need tons of power to do anything remotely like what you describe. Even if the target is inside the coil (as is done industrially).
Fast switching of that kind of power will burn up the most robust of switches.
If we are just using magnetic induction as a place holder for some as yet undetermined woo effect, well that's fine, but unless these laws have been upended, it's a misnomer at the very best. I'm open to other understanding, (if I find time, id test it too, I have one other magnetic experiment in my list) All my electromagnets may just have been of the law abiding type.
These are not the only problems, but I'll not be suckered into relearning very complicated maths by bringing Maxwell's equations into it.
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Happened to notice a very old electromagnet I made to test something or other. I don't remember what the hell i was testing. I remember I started with a magnetic door lock, but just ended up building this rig instead.