Hot ice—Ice XVIII (superionic ice) forms at pressures of rou...

Prompt

Hot ice—Ice XVIII (superionic ice) forms at pressures of roughly 100–400 gigapascals and temperatures of 1,000–5,000 K, that is, under extreme conditions similar to the interiors of Uranus and Neptune. Its distinctive feature is that it appears black and is electrically conductive, because its oxygen ions form a rigid FCC crystal lattice while hydrogen protons move freely like a liquid through the empty spaces in that lattice. Because of this unique structure, it behaves like both a solid and a liquid at the same time and is considered a possible cause of the strange magnetic fields of the ice giants—I need you to make me a 45-second, highly detailed and professional 2D animated video, with a plain white blackground in 3:4 aspect ratio to explain this concept, for YouTube Shorts, with fast and dynamic camera movement, in a single HTML file, also add a download button to download the video in 2K to 4K resolution.

A system prompt was added to support web rendering