What if I told you that our conscious perception isn't a continuous stream, but a series of discrete moments? This might seem counterintuitive, but it's a fascinating concept that can change how we view our experiences https://t.co/6sQwz921VP
@rolypolyistaken It's kind of complicated and I'm not sure if regular-life intuitions are all that helpful here, but yes visual perception seems to fall into discrete "integration" windows: https://t.co/FwIm8xkqJt https://t.co/TLza0UDH64 https://t.co/zhr8
@MatthiasMichel_ After thinking about it more, I realized that the 450ms integration we got in https://t.co/ctoAzKbWFZ was with the second vernier only about 0.6 degrees in the periphery. So I don't think the cool results we are talking about here come int
RT @AdrienDoerig: New paper out ! Feature integration within discrete time windows. https://t.co/ctoAzKbWFZ We show that features presented…
RT @AdrienDoerig: New paper out ! Feature integration within discrete time windows. https://t.co/ctoAzKbWFZ We show that features presented…
@evantthompson @philofbrains And here is some recent data supporting discrete conscious updates as far apart as 450ms https://t.co/ctoAzKbWFZ
@FerryDanini @paulbloomatyale Depends how you characterize the time-window. I'm currently writing something on this. See e.g. this fascinating recent stuff from my friend @AdrienDoerig (and colleagues) https://t.co/9QfbFHjxsg
RT @EPFL_en: Leila Drissi-Daoudi, @AdrienDoerig & Michael Herzog show that visual features presented as far apart as 450ms are not perceive…
RT @EPFL_en: Leila Drissi-Daoudi, @AdrienDoerig & Michael Herzog show that visual features presented as far apart as 450ms are not perceive…
RT @epflSV: Visual features, even up to 450ms apart, are still integrated into a single percept | A new paper @NatureComms from Leila Driss…
Visual features, even up to 450ms apart, are still integrated into a single percept | A new paper @NatureComms from Leila Drissi-Daoudi, @AdrienDoerig & Michael Herzog supports discrete theories of conscious #perception https://t.co/cVcTDEtHZN
RT @EPFL_en: Leila Drissi-Daoudi, @AdrienDoerig & Michael Herzog show that visual features presented as far apart as 450ms are not perceive…
Leila Drissi-Daoudi, @AdrienDoerig & Michael Herzog show that visual features presented as far apart as 450ms are not perceived individually, but are integrated to yield a single percept, supporting discrete theories of conscious perception @epflSV htt
RT @seeingwithsound: Feature integration within discrete time windows https://t.co/SvBxGrGxpe by @AdrienDoerig via @ProfBeyeler; "We show t…
RT @AdrienDoerig: New paper out ! Feature integration within discrete time windows. https://t.co/ctoAzKbWFZ We show that features presented…
RT @AdrienDoerig: New paper out ! Feature integration within discrete time windows. https://t.co/ctoAzKbWFZ We show that features presented…
RT @AdrienDoerig: New paper out ! Feature integration within discrete time windows. https://t.co/ctoAzKbWFZ We show that features presented…
Feature integration within discrete time windows https://t.co/SvBxGrGxpe by @AdrienDoerig via @ProfBeyeler; "We show that mandatory integration lasts for up to 450ms, depending on the observer" https://t.co/jEjgdCW2NK
RT @AdrienDoerig: New paper out ! Feature integration within discrete time windows. https://t.co/ctoAzKbWFZ We show that features presented…
RT @MatthiasMichel_: Fantastic new work by Drissi-Daoudi et al., including my friend @AdrienDoerig. More to come on these excellent postdic…
RT @AdrienDoerig: New paper out ! Feature integration within discrete time windows. https://t.co/ctoAzKbWFZ We show that features presented…
RT @AdrienDoerig: New paper out ! Feature integration within discrete time windows. https://t.co/ctoAzKbWFZ We show that features presented…
This is awesome, congrats! And the findings might also have profound implications for visual neuroprostheses #BionicEye
RT @AdrienDoerig: New paper out ! Feature integration within discrete time windows. https://t.co/ctoAzKbWFZ We show that features presented…
RT @AdrienDoerig: New paper out ! Feature integration within discrete time windows. https://t.co/ctoAzKbWFZ We show that features presented…
Feature integration within discrete time windows https://t.co/bzrLUxtAvQ v/ @NatureNews https://t.co/LyOiy2dlic
RT @AdrienDoerig: New paper out ! Feature integration within discrete time windows. https://t.co/ctoAzKbWFZ We show that features presented…
Fantastic new work by Drissi-Daoudi et al., including my friend @AdrienDoerig. More to come on these excellent postdiction cases.
RT @AdrienDoerig: New paper out ! Feature integration within discrete time windows. https://t.co/ctoAzKbWFZ We show that features presented…
RT @AdrienDoerig: New paper out ! Feature integration within discrete time windows. https://t.co/ctoAzKbWFZ We show that features presented…
RT @AdrienDoerig: New paper out ! Feature integration within discrete time windows. https://t.co/ctoAzKbWFZ We show that features presented…
New paper out ! Feature integration within discrete time windows. https://t.co/ctoAzKbWFZ We show that features presented as far apart as 450ms and 36.3 armins of visual angle or *not* perceived individually, but are mandatorily integrated to yield a singl