benstauch - Network
We tested how much of a temporal offset between the two flickers was sufficient to induce the illusion, and found that anything above 3 ms...
https://scholar.social/@BenStauc...We tested how much of a temporal offset between the two flickers was sufficient to induce the illusion, and found that anything above 3 ms worked well. I'm really excited about this whole finding, as this illusion was predicted in theoretical models before being confirmed to exist in human perception 🙂
28.11.2022 20:58We tested how much of a temporal offset between the two flickers was sufficient to induce the illusion, and found that anything above 3 ms...https://scholar.social/@BenStauc...
To test this, we showed two overlapping oscillating flickers to human participants. As predicted, the phase-leading flicker was perceived...
https://scholar.social/@BenStauc...To test this, we showed two overlapping oscillating flickers to human participants. As predicted, the phase-leading flicker was perceived more intensely, while the phase-lagging one was perceived to be flickering less strongly. This worked for flickers up to 40 Hz, right on the border of flicker perception for our stimuli!
28.11.2022 20:55To test this, we showed two overlapping oscillating flickers to human participants. As predicted, the phase-leading flicker was perceived...https://scholar.social/@BenStauc...
New #neuroscience #preprint https://doi.org/10.1101/2022.10.31.514570:We found a novel visual illusion! Some theories and models of...
https://scholar.social/@BenStauc...New #neuroscience #preprint https://doi.org/10.1101/2022.10.31.514570:
We found a novel visual illusion! Some theories and models of oscillatory neuronal activity assume that phase-leading neuronal oscillations will selectively entrain downstream neurons, while phase-lagging ones will be blocked (see https://doi.org/10.1038/nn.4569 and https://doi.org/10.1016/j.neuron.2015.09.034).
https://scholar.social/@BenStauc...
We have a new MEG paper out 🎉, exploring how gamma power and evoked responses to colored stimuli in early visual cortex relate to color...
https://scholar.social/@BenStauc...We have a new MEG paper out 🎉, exploring how gamma power and evoked responses to colored stimuli in early visual cortex relate to color hue, redness, color cone contrasts and behavioral performance: https://doi.org/10.7554/eLife.75897
11.5.2022 13:11We have a new MEG paper out 🎉, exploring how gamma power and evoked responses to colored stimuli in early visual cortex relate to color...https://scholar.social/@BenStauc...