#saccade — Public Fediverse posts

Blinks Are Useful In VR, But Triggering Blinks Is Tricky - In VR, a blink can be a window of opportunity to improve the user’s experience. We... - https://hackaday.com/2023/04/09/blinks-are-useful-in-vr-but-triggering-blinks-is-tricky/ #redirectedwalking #handredirection #virtualreality #blinkreflex #saccade #blinks #vr

Blinks Are Useful In VR, But Triggering Blinks Is Tricky - In VR, a blink can be a window of opportunity to improve the user’s experience. We... - https://hackaday.com/2023/04/09/blinks-are-useful-in-vr-but-triggering-blinks-is-tricky/ #redirectedwalking #handredirection #virtualreality #blinkreflex #saccade #blinks #vr

Blinks Are Useful In VR, But Triggering Blinks Is Tricky - In VR, a blink can be a window of opportunity to improve the user’s experience. We... - https://hackaday.com/2023/04/09/blinks-are-useful-in-vr-but-triggering-blinks-is-tricky/ #redirectedwalking #handredirection #virtualreality #blinkreflex #saccade #blinks #vr

Blinks Are Useful In VR, But Triggering Blinks Is Tricky - In VR, a blink can be a window of opportunity to improve the user’s experience. We... - https://hackaday.com/2023/04/09/blinks-are-useful-in-vr-but-triggering-blinks-is-tricky/ #redirectedwalking #handredirection #virtualreality #blinkreflex #saccade #blinks #vr

Blinks Are Useful In VR, But Triggering Blinks Is Tricky - In VR, a blink can be a window of opportunity to improve the user’s experience. We... - https://hackaday.com/2023/04/09/blinks-are-useful-in-vr-but-triggering-blinks-is-tricky/ #redirectedwalking #handredirection #virtualreality #blinkreflex #saccade #blinks #vr

@marcwhoward oh I should clarify: my low prediction error is because I fully expect rich movement correlates brain wide, as we’ve seen with #corollarydischarge #activesensing especially #saccade related effects in #activevision. Movement initiation offers a path into the brains internal timing. Working back we can see ways in which neurons care more about their fellow neurons than they do about “the world out there”, and that sensing absent movement is more the exception than the rule. Animals are…animate. Plants….plant. Look at me all “brain inside out”. I try not to be too constructivist, but I Kant. No shade whatsoever to actually conducting the challenging experiments that measure and materialize this idea, and tell us more about how and where movement effects are seen!

@marcwhoward oh I should clarify: my low prediction error is because I fully expect rich movement correlates brain wide, as we’ve seen with #corollarydischarge #activesensing especially #saccade related effects in #activevision. Movement initiation offers a path into the brains internal timing. Working back we can see ways in which neurons care more about their fellow neurons than they do about “the world out there”, and that sensing absent movement is more the exception than the rule. Animals are…animate. Plants….plant. Look at me all “brain inside out”. I try not to be too constructivist, but I Kant. No shade whatsoever to actually conducting the challenging experiments that measure and materialize this idea, and tell us more about how and where movement effects are seen!

@marcwhoward oh I should clarify: my low prediction error is because I fully expect rich movement correlates brain wide, as we’ve seen with #corollarydischarge #activesensing especially #saccade related effects in #activevision. Movement initiation offers a path into the brains internal timing. Working back we can see ways in which neurons care more about their fellow neurons than they do about “the world out there”, and that sensing absent movement is more the exception than the rule. Animals are…animate. Plants….plant. Look at me all “brain inside out”. I try not to be too constructivist, but I Kant. No shade whatsoever to actually conducting the challenging experiments that measure and materialize this idea, and tell us more about how and where movement effects are seen!

@marcwhoward oh I should clarify: my low prediction error is because I fully expect rich movement correlates brain wide, as we’ve seen with #corollarydischarge #activesensing especially #saccade related effects in #activevision. Movement initiation offers a path into the brains internal timing. Working back we can see ways in which neurons care more about their fellow neurons than they do about “the world out there”, and that sensing absent movement is more the exception than the rule. Animals are…animate. Plants….plant. Look at me all “brain inside out”. I try not to be too constructivist, but I Kant. No shade whatsoever to actually conducting the challenging experiments that measure and materialize this idea, and tell us more about how and where movement effects are seen!

@marcwhoward oh I should clarify: my low prediction error is because I fully expect rich movement correlates brain wide, as we’ve seen with #corollarydischarge #activesensing especially #saccade related effects in #activevision. Movement initiation offers a path into the brains internal timing. Working back we can see ways in which neurons care more about their fellow neurons than they do about “the world out there”, and that sensing absent movement is more the exception than the rule. Animals are…animate. Plants….plant. Look at me all “brain inside out”. I try not to be too constructivist, but I Kant. No shade whatsoever to actually conducting the challenging experiments that measure and materialize this idea, and tell us more about how and where movement effects are seen!

Your eyes will #saccade 3-5 times per second while you read this, but what coordinates oculomotor & visual systems?

Do brain oscillations play a role?

Saccades are locked to the phase of alpha oscillations during natural reading
https://journals.plos.org/plosbiology/article?id=10.1371/journal.pbio.3001968

Your eyes will #saccade 3-5 times per second while you read this, but what coordinates oculomotor & visual systems?

Do brain oscillations play a role?

Saccades are locked to the phase of alpha oscillations during natural reading
https://journals.plos.org/plosbiology/article?id=10.1371/journal.pbio.3001968

Your eyes will #saccade 3-5 times per second while you read this, but what coordinates oculomotor & visual systems?

Do brain oscillations play a role?

Saccades are locked to the phase of alpha oscillations during natural reading
https://journals.plos.org/plosbiology/article?id=10.1371/journal.pbio.3001968

Your eyes will #saccade 3-5 times per second while you read this, but what coordinates oculomotor & visual systems?

Do brain oscillations play a role?

Saccades are locked to the phase of alpha oscillations during natural reading
https://journals.plos.org/plosbiology/article?id=10.1371/journal.pbio.3001968

Your eyes will #saccade 3-5 times per second while you read this, but what coordinates oculomotor & visual systems? @YaliPan2 @neuosc &co show that alpha oscillations time the processing between saccades & visual system during natural reading #PLOSBiology https://plos.io/3kncpAY

Your eyes will #saccade 3-5 times per second while you read this, but what coordinates oculomotor & visual systems? @YaliPan2 @neuosc &co show that alpha oscillations time the processing between saccades & visual system during natural reading #PLOSBiology https://plos.io/3kncpAY

Your eyes will #saccade 3-5 times per second while you read this, but what coordinates oculomotor & visual systems? @YaliPan2 @neuosc &co show that alpha oscillations time the processing between saccades & visual system during natural reading #PLOSBiology https://plos.io/3kncpAY

Your eyes will #saccade 3-5 times per second while you read this, but what coordinates oculomotor & visual systems? @YaliPan2 @neuosc &co show that alpha oscillations time the processing between saccades & visual system during natural reading #PLOSBiology https://plos.io/3kncpAY

Your eyes will #saccade 3-5 times per second while you read this, but what coordinates oculomotor & visual systems? @YaliPan2 @neuosc &co show that alpha oscillations time the processing between saccades & visual system during natural reading #PLOSBiology https://plos.io/3kncpAY

Your eyes will #saccade 3-5 times per second while you read this, but what coordinates oculomotor & visual systems? @YaliPan2 @neuosc &co show that alpha oscillations time the processing between saccades & visual system during natural reading #PLOSBiology https://plos.io/3kncpAY

Your eyes will #saccade 3-5 times per second while you read this, but what coordinates oculomotor & visual systems? @YaliPan2 @neuosc &co show that alpha oscillations time the processing between saccades & visual system during natural reading #PLOSBiology https://plos.io/3kncpAY

Your eyes will #saccade 3-5 times per second while you read this, but what coordinates oculomotor & visual systems? @YaliPan2 @neuosc &co show that alpha oscillations time the processing between saccades & visual system during natural reading #PLOSBiology https://plos.io/3kncpAY

Your eyes will #saccade 3-5 times per second while you read this, but what coordinates oculomotor & visual systems? @YaliPan2 @neuosc &co show that alpha oscillations time the processing between saccades & visual system during natural reading #PLOSBiology https://plos.io/3kncpAY

Your eyes will #saccade 3-5 times per second while you read this, but what coordinates oculomotor & visual systems? @YaliPan2 @neuosc &co show that alpha oscillations time the processing between saccades & visual system during natural reading #PLOSBiology https://plos.io/3kncpAY

Our eyes #saccade 3-5 times per second when #reading, but what coordinates the oculomotor & visual systems? @YaliPan2 @neuosc &co show that alpha oscillations time the processing between saccades and the visual system during natural reading #PLOSBiology https://plos.io/3kncpAY

Our eyes #saccade 3-5 times per second when #reading, but what coordinates the oculomotor & visual systems? @YaliPan2 @neuosc &co show that alpha oscillations time the processing between saccades and the visual system during natural reading #PLOSBiology https://plos.io/3kncpAY

Our eyes #saccade 3-5 times per second when #reading, but what coordinates the oculomotor & visual systems? @YaliPan2 @neuosc &co show that alpha oscillations time the processing between saccades and the visual system during natural reading #PLOSBiology https://plos.io/3kncpAY

Our eyes #saccade 3-5 times per second when #reading, but what coordinates the oculomotor & visual systems? @YaliPan2 @neuosc &co show that alpha oscillations time the processing between saccades and the visual system during natural reading #PLOSBiology https://plos.io/3kncpAY

Our eyes #saccade 3-5 times per second when #reading, but what coordinates the oculomotor & visual systems? @YaliPan2 @neuosc &co show that alpha oscillations time the processing between saccades and the visual system during natural reading #PLOSBiology https://plos.io/3kncpAY