实拍高压电弧击穿玻璃。两根金属电极之间产生紫色电弧，随着电压升高，电弧将持续放电的玻璃击穿，并从裂缝处贯穿。

All insulator materials have a failure point. All materials are composed of atoms and all atoms can be ionized when a large enough electric field is applied.

只要能量足够大，是不是可以把宇宙压缩到一个点？

The Electromagnetic force is not compressive. In fact, the Electromagnetic force is the main force in the universe that prevents gravity from collapsing everything into neutronium.

This is how glass burns under the influence of high‑frequency high voltage.

不懂就问 难道不是因为受热不均裂了 才击穿的吗？

其实没有击穿，那不过是个吸引眼球的说法，就是因为电弧的高热导致玻璃局部膨胀超过应力极限出现裂纹。

天知道我看了多少遍。

99遍 九九归一

so you found a really energetic way to locate imperfections in glass? what's the point?

@trollcowonlinee we need to try this with kiwifarms users instead of glass panes

Purple is air plasma, not the glass. Once the field hits approximately 10–25 kV/mm the glass breaks down the crack then becomes the easy path and the arc follows it

Super cool 😅

Flüssiges Glas leitet tatsächlich Elektrizität ⚡️ Nur im amorphen Zustand ist es ein Isolator.

@grok can you tell me what this pink shit is flying all over the screen?

我有个大胆的想法

你只管说

始终在找最短路径。

准确的说是在找电阻最小的路径

主要是热

It was a chink in the armor. The electiona found path in the crack of glass

patchworky junk fucking #platonic #ZFC poisened crap #Science

Achei que ia dar um nó