The future of the data storage world—DNA encodes data into A...

Prompt

The future of the data storage world—DNA encodes data into A, T, C, G, stores it in synthetic molecules, and reads it via sequencing; one gram holds roughly 215 PB–455 EB (millions of times denser than SSD), with a lifespan of thousands to millions of years versus SSD’s 10–30 years, and it remains stored without electricity. The difference is that SSD stores 2D data on silicon transistors, whereas DNA writes at the molecular/3D level at 0.34 nm spacing—which is why enormous amounts of data fit in a very small space. However, DNA writing/reading is slow and expensive, so for now it is not a replacement for SSD but is suitable for cold archiving—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 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