Before Chrononauts illusion explained by @Sean_G_Murphy, what do you see in the middle of time-piece on left? pic.twitter.com/LGL159A2Ko — Mark Millar (@mrmarkmillar) March 16, 2015
Before Chrononauts illusion explained by @Sean_G_Murphy, what do you see in the middle of time-piece on left? pic.twitter.com/LGL159A2Ko
About 1 in 15 people see the hour-glass. Everybody else sees the clock-face very clearly. It's never in-between apparently. — Mark Millar (@mrmarkmillar) March 16, 2015
About 1 in 15 people see the hour-glass. Everybody else sees the clock-face very clearly. It's never in-between apparently.
Here's the #Chrononauts watch phenomenon somewhat explained. @mrmarkmillar pic.twitter.com/AajzWkPWPD — Sean Gordon Murphy (@Sean_G_Murphy) March 16, 2015
Here's the #Chrononauts watch phenomenon somewhat explained. @mrmarkmillar pic.twitter.com/AajzWkPWPD
It's a semi-rare sporadic form of color-blindness due to abnormal wiring in occipital lobe... @mrmarkmillar pic.twitter.com/lvR2LEoOLK — Sean Gordon Murphy (@Sean_G_Murphy) March 16, 2015
It's a semi-rare sporadic form of color-blindness due to abnormal wiring in occipital lobe... @mrmarkmillar pic.twitter.com/lvR2LEoOLK
(2) ...It affects around 1 in 15 people and is a variant of synaesthesia which a university helped me develop the multiple color overlays... — Sean Gordon Murphy (@Sean_G_Murphy) March 16, 2015
(2) ...It affects around 1 in 15 people and is a variant of synaesthesia which a university helped me develop the multiple color overlays...
(3)...What's interesting is the artistic brains--they're all right-brain dominant which means artists, musicians, writers more likely to... — Sean Gordon Murphy (@Sean_G_Murphy) March 16, 2015
(3)...What's interesting is the artistic brains--they're all right-brain dominant which means artists, musicians, writers more likely to...
(4)... see the hourglass than the clock face. @mrmarkmillar pic.twitter.com/Mjtl2hwKzC — Sean Gordon Murphy (@Sean_G_Murphy) March 16, 2015
(4)... see the hourglass than the clock face. @mrmarkmillar pic.twitter.com/Mjtl2hwKzC
It almost works like invisible ink! CIA once tried to utilize process in agents for decoding messages during Cold War. @mrmarkmillar — Sean Gordon Murphy (@Sean_G_Murphy) March 16, 2015
It almost works like invisible ink! CIA once tried to utilize process in agents for decoding messages during Cold War. @mrmarkmillar
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