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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 görüntüleme • 6 ay önce •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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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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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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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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Copper itself is not magnetic. However, the magnetic field causes electrons on the surface of the copper to rearrange themselves and begin rotating. This is the interaction of a magnet and copper. [📹styro.drake]
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Copper itself is not magnetic. However, the magnetic field causes electrons on the surface of the copper to rearrange themselves and begin rotating. This is the interaction of a magnet and copper. [📹styro.drake]

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🚨China Just Made a 582 TONNE Fusion-Energy Breakthrough! China’s just completed a 582 tonne toroidal field superconducting magnet, it is now the largest superconducting magnet ever constructed for a fusion reactor. Developed by the Institute of Plasma Physics under the Chinese Academy of Sciences, the magnet has officially passed expert review and represents one of the most significant milestones yet in humanity’s pursuit of controlled nuclear fusion.
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🚨China Just Made a 582 TONNE Fusion-Energy Breakthrough! China’s just completed a 582 tonne toroidal field superconducting magnet, it is now the largest superconducting magnet ever constructed for a fusion reactor. Developed by the Institute of Plasma Physics under the Chinese Academy of Sciences, the magnet has officially passed expert review and represents one of the most significant milestones yet in humanity’s pursuit of controlled nuclear fusion.

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A magnet is an object that creates a magnetic field, which can attract certain metals like iron, nickel, and cobalt. This force comes from the alignment of tiny magnetic fields of atoms inside the material, making it either pull objects toward it or repel other magnets
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A magnet is an object that creates a magnetic field, which can attract certain metals like iron, nickel, and cobalt. This force comes from the alignment of tiny magnetic fields of atoms inside the material, making it either pull objects toward it or repel other magnets

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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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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

Bluntly Put Philosopher (BPP)

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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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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.

Bluntly Put Philosopher (BPP)

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Watch the perfectly in sync movement of the orbs in the quoted video. The double layer plasma acts like magnet inverter. The plasmoids attract and repel, equalizing at a distance, forming an equilateral triangle. The physics of 'UFOs' is magnetism.
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Watch the perfectly in sync movement of the orbs in the quoted video. The double layer plasma acts like magnet inverter. The plasmoids attract and repel, equalizing at a distance, forming an equilateral triangle. The physics of 'UFOs' is magnetism.

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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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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.

Bluntly Put Philosopher (BPP)

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He crammed every magnetic visual he had into one chaotic masterpiece: neodymium magnets, ferrofluid going wild, a magnetic field viewer stacked on top of a ferrolens, it’s like physics overdosed on itself. If he was addicted to drugs instead of magnetism, he be dead.
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He crammed every magnetic visual he had into one chaotic masterpiece: neodymium magnets, ferrofluid going wild, a magnetic field viewer stacked on top of a ferrolens, it’s like physics overdosed on itself. If he was addicted to drugs instead of magnetism, he be dead.

Bluntly Put Philosopher (BPP)

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Triangle UFOs = Plasma Orbs & Inverter Magnetism Inverter magnetism is careful arrangement of magnets to create a specific magnetic field pattern. The key is to balance magnetic attraction and repulsion in such a way that a magnet or magnetic object is held at a certain distance from the source without touching it. This is how the orbs are making a triangle formation. They are demonstrating precision control over electromagnetic charge in plasma.

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What’s fascinating is that a stationary magnet suddenly has geometry. The ferrolens translates magnetic forces into visible structure, allowing nanoscale particles to trace field direction and strength, revealing layered, hologram-like order normally hidden from view.
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What’s fascinating is that a stationary magnet suddenly has geometry. The ferrolens translates magnetic forces into visible structure, allowing nanoscale particles to trace field direction and strength, revealing layered, hologram-like order normally hidden from view.

Bluntly Put Philosopher (BPP)

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TEACHING LESSON: Here you can see the effect of a 3-phase, rotating magnetic field on a permanent ball-shaped magnet. Spin, baby, spin! 🛸
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TEACHING LESSON: Here you can see the effect of a 3-phase, rotating magnetic field on a permanent ball-shaped magnet. Spin, baby, spin! 🛸

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A magnet falls slowly through a copper tube due to Lenz’s Law. As it moves, it induces eddy currents in the tube, which create a magnetic field opposing the magnet’s motion. This slows it down, acting like a brake.
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A magnet falls slowly through a copper tube due to Lenz’s Law. As it moves, it induces eddy currents in the tube, which create a magnetic field opposing the magnet’s motion. This slows it down, acting like a brake.

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Here's a video showing my magnetic thumb. I discovered it when I was a kid and played with a toy that had a strong magnet attached to it that pulled my thumb towards it. I can put a paper between my thumb and magnet and move the magnet around too
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Here's a video showing my magnetic thumb. I discovered it when I was a kid and played with a toy that had a strong magnet attached to it that pulled my thumb towards it. I can put a paper between my thumb and magnet and move the magnet around too

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A magnet falls slowly through a copper tube due to Lenz’s Law. As it moves, it induces eddy currents in the tube, which create a magnetic field opposing the magnet’s motion. This slows it down, acting like a brake.
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A magnet falls slowly through a copper tube due to Lenz’s Law. As it moves, it induces eddy currents in the tube, which create a magnetic field opposing the magnet’s motion. This slows it down, acting like a brake.

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A magnet falls slowly through a copper tube due to Lenz’s Law. As it moves, it induces eddy currents in the tube, which create a magnetic field opposing the magnet’s motion. This slows it down, acting like a brake.
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A magnet falls slowly through a copper tube due to Lenz’s Law. As it moves, it induces eddy currents in the tube, which create a magnetic field opposing the magnet’s motion. This slows it down, acting like a brake.

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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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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

Bluntly Put Philosopher (BPP)

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