ASOLARIA / Raw Photo Tape

Three **real raw 2D FITS images** form the tape. Each is independently quantized into nine intensity bands. The tape is stacked by observed x, y, and frame time; as it plays, the screen reprojects those measured relationships into new 2D views. No gravitational particle integration or exhaustive point enumeration is used.

Use three observations of the same field with comparable image geometry, ordered earliest to latest. They must be from different exposures to measure motion. Files stay in your browser; each original is SHA-256 identified. If the photographs are unrelated or lack registration/calibration, the motion reconstruction is a hypothesis and is not evidence of physical depth.

Load exactly three FITS observation frames first. No artificial source images are inserted.

Mode WAITING Elapsed (s) 0.0 Display frames 0 Observed leaf tracks 0 QR snapshots 0

Three source images — quantized independently

The rainbow here is a **nine-level intensity pseudocolor gradient**. It does not turn a single-filter image into a measured nine-wavelength spectrum. Each file's original filter and observation timestamp remain in the receipt.

Raw observation 0

Awaiting FITS

Raw observation 1

Awaiting FITS

Raw observation 2

Awaiting FITS

2D photos → x-y-time stack → 2D re-projections

Observed video frame

Composited directly from the supplied photo frames. No fabricated missing raw pixels.

Geometric stack / front

Projection from sparse observed correspondence (yaw 0°)

Stack / rotated view A

Projection of the same x-y-time stack (yaw 120°)

Stack / rotated view B

Projection of the same x-y-time stack (yaw 240°)

Frozen colour QR snapshots

Press START to play continuously. First snapshot occurs immediately and then approximately every 600 seconds while running. The QR worker does not block the display loop. QR previews are drawn only on request.

Provenance / what is physically established

Awaiting three real observations. The repository's older mathematical Centauri fixture remains available separately.

Raw image sources: ESO science archive · NASA FITS sample files. For actual Centauri motion, use three distinct epochs of the same Centauri field, ideally with WCS and calibrated pointing; three arbitrary images cannot establish sky motion.

Return to mathematical Centauri prototype · The Fleet · The Colour QR decoder