<?xml version="1.0" encoding="UTF-8"?><rss xmlns:dc="http://purl.org/dc/elements/1.1/" xmlns:content="http://purl.org/rss/1.0/modules/content/" xmlns:atom="http://www.w3.org/2005/Atom" version="2.0"><channel><title><![CDATA[Seriously though, how do magnets work?]]></title><description><![CDATA[<p dir="auto"><em>Archived from the IMDb Discussion Forums — Science</em></p>
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<p dir="auto"><strong>brainfog</strong> — <em>2 months ago(January 21, 2026 10:12 AM)</em></p>
<p dir="auto">The internet spent years dunking on Insane Clown Posse for it, but the actual question "How do magnets work?" is one of the deepest, most difficult questions in physics.<br />
The reason it feels intuitive to say "we don't have a great explanation" is that magnetism is fundamentally alien to human experience.<br />
Here is why even the smartest physicists struggle to explain it without just pointing to a math equation.</p>
<ol>
<li>The Richard Feynman Defense<br />
The Nobel Prize-winning physicist Richard Feynman was once asked this exact question by a journalist. He didn't laugh. instead, he got frustrated.<br />
He basically said: I can't explain it to you in a way you will understand.<br />
His point was that humans only understand things through analogy.<br />
If you ask "What happens when I crash my car?", I can say "It's like crushing a soda can." You know what a soda can is, so you understand.<br />
But with magnets, there is no analogy. Nothing in our daily life pulls things across a room without touching them except gravity (which pulls down) or magnets. You can't say "It's like a rubber band" because there is no rubber band.<br />
Feynman’s conclusion was essentially: It just is. The universe has a fundamental property where things push and pull each other at a distance, and you just have to accept it as a brute fact of reality.</li>
<li>The "It's Just Atoms" Explanation is a Lie<br />
When schools teach magnetism, they say: "Electrons spin around the nucleus, and a moving charge creates a magnetic field."<br />
That sounds like an answer, but it actually opens a bigger can of worms:<br />
Electrons don't actually spin. If an electron were a little ball physically spinning fast enough to create the magnetic field it has, the surface would have to move faster than the speed of light. That’s impossible.<br />
Physicists call it "spin," but it's really "intrinsic angular momentum." It is a mathematical property that the particle just has.<br />
So, if you ask a scientist "Why is the magnet pulling?", they say "Because the electrons have spin." If you ask "Why do they have spin?", they say "They just do." It leads to a dead end.</li>
<li>The Really Crazy Part: Magnetism is just Electricity + Relativity<br />
This is the part that proves we don't really have an "intuitive" grasp of it.<br />
According to Albert Einstein and Special Relativity, magnetism doesn't technically exist as a separate force. It is just what happens to electricity when you look at it from a moving perspective.<br />
Here is the mind-bending reality:<br />
Imagine a wire with electric current flowing through it.<br />
If you stand still next to the wire, you measure a Magnetic field.<br />
If you could run alongside the electrons in the wire at the same speed they are moving, the magnetic field would disappear. You would only see an Electric field.<br />
Magnetism is basically a "correction" the universe applies to electricity to make sure the speed of light stays constant. It is a relativistic side-effect.<br />
Tldr: It don't make no sense.</li>
</ol>
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