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So how do you do that? Simple: you use a different magnet. Placing a strong magnet around these non-aligned domains will force them to align. It is really possible to find both ferromagnetic stones on the ground and they have their domains aligned. We call these stones. It may be magnetized strong magnetic fields created by lightning.
Do magnets interact with all metals?
If you take a pile of metal things around the house, most of them are steel (an alloy made of iron) or aluminum, copper or brass. Oh, and your cast iron pot is iron of course. Of these, magnets attract only a fraction of iron and steel.
It is important to remember that magnets only interact with ferromagnetic materials. If you were a magnetic man, only a steel or iron spoon would stick to your head. Silver would not work.
Do Covid vaccines contain metals?
One of the arguments people make in these spoon videos is that the Covid-19 vaccines are made of metal. In List of components of the Center for Disease Control and Prevention For the three Covid vaccines that have been granted emergency permits in the United States, the agency specifically stated: “All COVID-19 vaccines are metals such as iron, nickel, cobalt, lithium, rare earth alloys or any manufactured product such as microelectronics., Electrodes, carbon. nanotubes or semiconductor nanowires “.
But the list shows that all three have some kind of sodium, including sodium chloride or sodium acetate, and one of them contains potassium chloride. Both potassium and sodium can be metals“Does that mean there’s some kind of metal in the end?”
No, writes Naomi Ginsberg, an associate professor of chemistry and physics at UC Berkeley. “Potassium and sodium are only metals in the solid, but they are not solids as an additive in the injected solution,” he told WIRED in an email. “Individual ions are dispersed in the solution, mostly liquid water and gold, individual potassium and sodium ions, in addition to the active ingredients in the vaccine. The ions in this solution are basically like dissolved salts, like Gatorade or Pedialyte, for our bodies to function properly but exercise. which are “.
And, of course, neither potassium nor sodium are ferromagnetic. They could not cause magnetic interaction with normal objects.
So how did they do it?
Don’t they prove that these videos of someone with a spoon in their head are magnetic? No, they don’t. You can get an object, metal or not, to stick to human skin because our sweat sticks to us a little. (Some of us are more attached than others.) Objects with a larger surface area of contact with the skin will be more likely to be stuck. But it doesn’t take magnets.
Are you sure this will not work?
Okay, let’s take the iron. It is a ferromagnetic material that many people incorporate into their bodies every day through fortified cereals for breakfast. Yes, most of them contain iron, and to prove that, here’s a classic home science experiment you can try. Get your favorite cereal and crush it. Put in a glass with a little water. Then put the magnet. The magnet will attract the iron pieces of the cereal and you can pull them out. If you have a super strong magnet, it will work much better.
Here is the iron I received from some type of cocoa cereal that I found in my home. (I put aluminum foil on the magnet so I could easily remove the iron.)
So that’s where your metal is. It’s good for you. Also, no matter how much cereal you eat, it doesn’t make you magnetic.
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