Kexwisp renders the frame before observation. Elements drift as probability, not objects. Hover to collapse the wave. Click to force a measurement — and watch it split.
Observe the fogExists in five positions at once. Only the average of them is useful. The truth is the distribution.
Two copies of the same data meet. They don't add — they cancel, reinforce, leave stripes.
The environment keeps measuring us. So we freeze into one shape. Sad, but legible.
Two cards, no matter where, share one state. Flip one — the other already knows. Don't ask how.
Information in a box with walls too thick. It leaves anyway. Probability has no respect for barriers.
The only honest one. Already looked at. Now just a grey rectangle pretending to be stable.
Each packet passes through both slits. The screen behind fills with interference fringes — bright, dark, bright. No single path exists.
Turn the observer on, and the fringes vanish. You get two dull bands, like a classical bullet. To see the magic, you must agree not to look.
Photons: 1.2e6 / s · Detector efficiency: 82% · Dark counts: 140 / s
Observable: presence
Result: |1⟩ (you are here)
Collateral ghosts: 2 faded copies drifting top-right
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Do not send classical mail. It decoheres on arrival.