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In a public bathroom, a person stands at the basin washing
their hands. Above the basin hangs a small mirror - it is
battered and tired, and the silvering has failed in places,
producing several irregular black blotches.
As they glance up at the mirror, they are horrified to see a
large, gaping gash down their left cheek. Their hand
automatically goes to their face, but they feel nothing
and, looking again, the gash has gone.
Some time later, another person stands washing their hands.
As they check their hair in the mirror, for a split second
reflection's lips curl back to reveal teeth filed to points, and
their bloodshot eyeballs pop forward. But only for the
The Disconcertion Mirror is, of course, a high-resolution
display. One of its black blotches hides a camera which is
connected to a hidden computer that can perform fast
analysis, gaze detection and image generation. Normally,
screen simply displays a left-right reversed image of the
in front of it, until the computer judges the moment right to
disconcert the viewer. Naturally, the camera also records
response of the victim, for the amusement of others at a
||See, THIS is what all those fancy "selfie" algorithms need to
be used for; not "add puppy ears" and other such fluff.
You have 41 days to build it.
||Well, it can't be that difficult to do ... it's only a bit of software ...
||<Strolls off to collect Massive Understatement of the Century award/>
||Maybe fast hardware and special glass so it's a mirror until the projected image trumps reflection. It is going to be difficult to beat the speed of reflection with an exceptional computational blend and render to be disconcerting enough.
|| A dedicated two input pixel that instantly flips between reflection and rendered pixel might even be needed.