The Sun as a magnet on a flat Earth
Автор: M M
Загружено: 2025-12-11
Просмотров: 26
From ChatGPT:
If you inject a stream of charged particles into a magnetic field, each particle follows a curved path determined by the field. If you keep producing particles, you get a continuous flow along the field lines. The particles emit photons when they accelerate (change direction or collide with atoms). Since the acceleration happens along the curved path imposed by the field, the emitted light seems to trace the magnetic field lines. The light itself is not the field — it’s emitted by the moving charges.
Bottom line:
1. Magnetic fields guide charged particles.
2. Accelerated charged particles emit photons.
3. The light traces the path imposed by the magnetic field, giving the illusion that the field itself is glowing, but it’s actually the charges doing the emission.
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