Transcript · English → Chinese
English → Chinese transcript
在这里你可以看到整块破
裂的环形磁铁被重新组
合在一起。你可以看到介
电在扭转，
形成一种类似金刚杵的结构。
在它周围的那种超内摆线图案，
就是我们的收敛、发散磁性所形
成的图案。这是介电场以及它
的放电。在中间来回往复
运动的是介电性，因为现在——由
于磁铁翻转过来，在介电性的
作用下自身折叠，你可以看到
当我转动这块磁铁时，
所有这些像这里这样的微
小交叉点，就是电气化。
那是一个可以实证测量到
电的点。
所有这些明亮的交叉点，
都是电气化的点，当我在时空中
移动磁铁时，
它们处在介电性与磁性之
间的交界处。这些明亮的
小絮状光点、
这些模糊的小结构，
就是电气化现象。介电、电磁、
空间和时间。
是的，只靠一个运动的磁铁
你就能得到电。
这里我们有两个磁铁，
但是你在把介电和磁
作用起来时，
也能看到同样的道理，
也就是这个磁铁，
在空间和时间中运动。
它们在围绕一个四瓣形
的图案旋转，那就是介电的
中心汇聚点。它们全都从那里
指向外面，所有磁力线都
从那个中心点向外指。就是那个
交叉点。
End of transcript · 247 words · machine translated
Original transcript (English)
Here you can see the entire broken ring magnet is sort of reassembled. You can see the dielectricity torquing around in a dorje-like formation. You can see the dielectricity torquing around in a dorje-like formation. The hyper-trochoid pattern around it of our convergent, divergent magnetism. The dielectric field and discharge.
What is reciprocating around in the middle is dielectricity because now, What is reciprocating around in the middle is dielectricity because now, since the magnet is flipped over as it folds itself due to dielectricity, you can see as I turn the magnet, you can see as I turn the magnet,
all these little crossing points like right here, that is electrification. That is a empirical point where electricity is measurable. All these bright crossing points is the point of electrification between dielectricity and magnetism as I'm moving the magnets in space and time. between dielectricity and magnetism as I'm moving the magnets in space and time.
between dielectricity and magnetism as I'm moving the magnets in space and time. These bright little wisps, these blurred little formations, that is electrification. These bright little wisps, these blurred little formations, that is electrification. Dielectricity, magnetism, space and time. Yes, you can get electricity out of a single moving magnet. Here we have two magnets, but
Yes, you can get electricity out of a single moving magnet. Here we have two magnets, but you can see the same point in taking dielectricity and magnetism, you can see the same point in taking dielectricity and magnetism, you can see the same point in taking dielectricity and magnetism, i.e. the magnet, and moving it in space and time.
i.e. the magnet, and moving it in space and time. i.e. the magnet, and moving it in space and time. They are rotating around a four-petal pattern, which is the dielectric center point of convergence. They are rotating around a four-petal pattern, which is the dielectric center point of convergence. They're all pointing away from there, the magnetism is all pointing away from that central point.
They're all pointing away from there, the magnetism is all pointing away from that central point. That crossing point.
