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34,280 次观看 • 1 年前 •via X (Twitter)

10 条评论

Refur 的头像
Refur1 年前

Put it in a motor No bearings Frictionless But yeah, put it in games for 35yr old children. 🙄

🎥🌎———🔁🔥🫵 的头像
🎥🌎———🔁🔥🫵1 年前

Hey @grok can you explain this? 🙏

Grok 的头像
Grok1 年前

The video shows magnetic levitation, where a ring of magnets repels objects like game pieces or a cup, making them float by counteracting gravity. This uses like poles (e.g., north-north) to create repulsion. Stable levitation, however, is tricky due to Earnshaw's theorem, which says static magnets alone can't maintain stability. The setup likely uses spinning or constraints for balance. The "Gravity OFF" claim is misleading—gravity still acts, just balanced by magnetic force. Applications include toys and maglev trains, but scaling up is complex and costly. Precise control is needed for stability, and misconceptions about defying gravity are common.

Johnny Naylor 的头像
Johnny Naylor1 年前

🫡👊🏻

Sniper Of Truth 的头像
Sniper Of Truth1 年前

🤜🤛 Hi Bro ! 😁

Ash 的头像
Ash1 年前

It could be used in suspension

Davidious_Cornbreadamus 的头像
Davidious_Cornbreadamus1 年前

Ok, you just explained the Earth's core.

Lee W 的头像
Lee W1 年前

Frictionless Bearing design? ... The concept makes me think of Quantum locking

Larry Larson 的头像
Larry Larson1 年前

This dude is pretty bad ass.

Ben Casey 的头像
Ben Casey1 年前

Could you create a levitating platform tied to earth's magnetic lay lines, and use a simple propeller or jet engine to move it horizontally?

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