Every electron is a tiny magnet. In most materials, they point randomly (cancel out). In iron, they line up. That’s a permanent magnet.
For 2024–2026, educational resources have shifted toward visual and conceptual "no-nonsense" approaches: (PDF) MAGNETISM AND ELECTROMAGNETISM - ResearchGate electromagnetism for dummies pdf updated
It’s why lights turn on, why phones work, why magnets stick to fridges, and why the sun’s light reaches Earth. Learn these four ideas – charge, current, fields, induction – and you’ve got 80% of it. Every electron is a tiny magnet
Historically, electricity and magnetism were seen as separate. In the 19th century, James Clerk Maxwell unified them, proving that a changing electric field creates a magnetic field and vice versa. Springer Nature Link Electric Force why phones work
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