Upload a short video and run a source-bound atomization route.
This Space demonstrates Video Atomization, Trace-Stack Rehydration, and Data Hologram formation as a Substrate Mesh runtime surface. The uploaded video is not treated as a monolithic compressed payload. Instead, the runtime hashes the source, samples frame atoms, detects scene intervals, records motion deltas, applies trace capsules, stacks the traces, and returns a rehydrated review surface with an HIR × OAM receipt.
The demo shows how video can become a pressure-readable temporal mesh:
source video
→ source capsule
→ frame atoms
→ scene atoms
→ trace capsules
→ stacked trace field
→ data hologram manifest
→ rehydrated review surface
→ human validation capsule
Boundary: this is not video compression, not a replacement for codecs, and not a physical hologram generator. This v0.1 Space demonstrates the source-bound data-hologram layer. Physical hologram translation would require a later optical modulation layer.
Core cl…
