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Racing plasmoids controlled by a tiny neodymium magnet. The magnet reshapes the local magnetic field, the plasmoid locks to it, and suddenly a chaotic, self-organizing plasma behaves like it’s on rails. Only 563 views on YT

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Bluntly Put Philosopher (BPP)

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482,737 просмотров • 6 месяцев назад •via X (Twitter)

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A bar magnet has a magnetic field around it. The magnetic field around a bar magnet flows from the north pole to the south pole and is strongest at the poles. ✍️
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The video shows a glowing plasma toroid resembling a hollow, dynamic donut. This mirrors the “snowflake” plasma shape in tokamaks, where magnetic fields create a hexagonal pattern that spreads heat, reduces wall wear, and stabilizes fusion plasma. Only 15 views on YT

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A theta pinch squeezes plasma until magnetic fields flip, forming a self-contained bubble called a field-reversed configuration (FRC). The video shows how plasma organizes itself, key to compact fusion designs like Helion and TAE. Only 1k views but an awesome simulation.
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Sox disc magnets are shaping the ring magnet’s field into a multi-petal or hexagonal-looking interference pattern on the ferrocell. In other words, it’s not just one magnet showing a field; it’s a coupled magnetic system whose symmetry becomes visible.

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Drop a ring magnet on a double ferrocell and light itself maps the field: nanoscale iron chains align in the fluid and act like tiny mirrors, blooming into a glowing flower of symmetry. You’re not seeing magnetism, you’re seeing light bent by its geometry

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