Think it in dots. The membrane projects it back.

A thought-projection game built on our holographic membrane frame. A thought here is a pattern you draw — the membrane stores thoughts in one shared matrix, and when you send it a fragment, it projects the whole thought back as a floating hologram and as sound. Send it something it can't recognize and the gate refuses, honestly, instead of guessing.

Round
1
Score
0
Streak
0
Thoughts in memory
3

Holographic projection

live membrane
Starting round 1 — watch the hologram, a thought is arriving…

What the membrane says

The sensor reads your probe, the matrix projects, the gate decides. Numbers are computed live from your drawing.

Waiting for a projection…
recall overlap with best-matching thought—
Best match
—
Your probe's match
—
Gate threshold τ
0.35
Cells you lit
0

Draw on the thought pad, then project. A fragment is enough — completing fragments is what holographic memory is for. But a fragment of the wrong thought completes the wrong thought.

Your thought pad

Tap or drag to light cells. This grid is the input — your thought, translated into a pattern the membrane can hold.

0 cells lit

Teach it a thought of your own

Draw anything, name it, and store it in the same matrix. Then scramble it and watch the membrane try to project your thought back. Stored thoughts also join the game — as possible crosstalk.

Free mode projects without scoring: handy for testing your own stored thoughts.

Thought library — what the membrane holds

Every pattern lives in the same shared matrix, superimposed. That is why similar thoughts can interfere — crosstalk is the price of holographic storage.

How a drawn thought becomes a hologram and a sound

The same four steps as our membrane toys — heart, brain, propulsion ring — now driven by your input instead of a built-in signal.

  1. 01

    You think in a pattern

    No mind-reading: a “thought” enters as a 12 × 12 pattern of lit cells that you draw. The translation from idea to pattern is yours — that translation is the input.

  2. 02

    The matrix remembers by superposition

    Stored thoughts are added together into one shared field, like exposures on one holographic plate. Nothing sits in its own slot — which is why a fragment can rebuild a whole, and why wholes can blur into each other.

  3. 03

    Projection completes — or the gate refuses

    Your probe is compared against every stored thought at once. The strongest match is projected back whole. If nothing reaches the threshold τ, the gate refuses rather than inventing an answer.

  4. 04

    You hear the thought

    The recalled pattern is sonified row by row: each lit cell plays a note set by its column, so a shape you can see becomes a melody you can hear. Same pattern, two senses — vision and sound.