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[[Image:HolcombeLogo.png]] [[Holcombe:Location|Lab and Office Location]]
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[[Holcombe:Location|Lab and Office Location]]
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We're curious about temporal aspects of human visual information processing - how quickly do different cortical modules and stages process information, and how are they coordinated in time? We use behavioral experiments, illustrated by the animations below, to compare speed limits for different features and the dynamics of how these features are bound into a coherent percept. One coordination problem occurs because when an object moves across the visual field, it stimulates different populations of neurons in early visual cortex, so we're testing how the signals from different areas are combined by later stages of the brain. Overall, fast processes somehow work together with others that are very sluggish in order to yield conscious perception. Recently, we've begun experiments to see how temporal limits constrain our interactions with moving objects.
We're curious about temporal aspects of human visual processing - how quickly do different cortical modules and stages process information, and how are they coordinated in time? We use behavioral experiments to compare speed limits for different features and the dynamics of how these features are bound into a coherent percept. One coordination problem occurs because when an object moves across the visual field, it stimulates different populations of neurons in early visual cortex, so we're testing how the signals from different areas are combined by later stages of the brain. Overall, fast processes somehow work together with others that are very sluggish in order to yield conscious perception. Recently we've begun investigating related issues in tactile perception.
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Collaborators:
Patrick Byrne, [[User:Alex_L._White|Alex White]],Christina J. Howard, Jay Edelman,Patrick Cavanagh,Sara Mednick, [[User:Polly_Barr|Polly Barr]]
[http://www.h.kyoto-u.ac.jp/staff/131_saiki_j_0_e.html Jun Saiki],
Gene Stoner, Eli Brenner,
[[User:Tatjana Seizova-Cajic|Tatjana Seizova-Cajic]], [http://www.physiol.usyd.edu.au/span/ University Perception Group]
Eric Altschuler,[http://dlinares.org/ Daniel Linares], Maryam Vaziri-Pashkam...
==Recent updates to the lab wiki==
==Recent updates to the lab wiki==
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<!--The line below includes a list of recent changes to your lab wiki on your homepage.  If you've named your pages in the form <Holcombe>:Page name.  Then you should just be able to replace the LabName below with your course's number and it should work.-->

Latest revision as of 04:33, 3 March 2020

Lab and Office Location

Recent members

• Alex Holcombe
• Ryo Nakayama


Technical

• Skills Checklist
• Python Programming
• Psychopy/VisionEgg Installation Notes
• R analysis,plot,stats
• Statistics
• Buttonbox
• Buttonbox with photocell
• Programming Cheat Sheets


We're curious about temporal aspects of human visual processing - how quickly do different cortical modules and stages process information, and how are they coordinated in time? We use behavioral experiments to compare speed limits for different features and the dynamics of how these features are bound into a coherent percept. One coordination problem occurs because when an object moves across the visual field, it stimulates different populations of neurons in early visual cortex, so we're testing how the signals from different areas are combined by later stages of the brain. Overall, fast processes somehow work together with others that are very sluggish in order to yield conscious perception. Recently we've begun investigating related issues in tactile perception.

<xfeeds [titlecolour="#B0C4DE"] [contentcolour="#eeeeee"] [feedlimit="4"] [totallimit="4"]> http://holcombelab.tumblr.com/rss </xfeeds>

Collaborators: Patrick Byrne, Alex White,Christina J. Howard, Jay Edelman,Patrick Cavanagh,Sara Mednick, Polly Barr Jun Saiki, Gene Stoner, Eli Brenner, Tatjana Seizova-Cajic, University Perception Group Eric Altschuler,Daniel Linares, Maryam Vaziri-Pashkam...

Recent updates to the lab wiki

List of abbreviations:
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24 February 2026

23 February 2026

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