In annotating all of the connectivity for my recent comparative connectomics papers, one of the byproducts was a massive 3D model of the anatomy of all the cells in the nervous system. For me, these models are fascinating to look at and I enjoy when I get a chance to admire some of the beauty in the data I generate. I spent some time making some 3D rendering of the models using Blender (www.blender.org) in order to submit them as possible covers for the issue in which the paper was published… they weren’t chosen for the cover, but I still want to share them with the world! Click the images to see them larger on my FLICKR page, and let me know what you think!
- RT @314action: One. Hundred. Times. blogs.scientificamerican.com/observations/t… 19 hours ago
- @DARPA The availability of massive datasets of cortical synapse-level wiring(ours and others) is increasing dramati… twitter.com/i/web/status/1… 19 hours ago
- RT @DARPA: Virtual Intelligence Processing (VIP), our newest AI Exploration Opportunity, will enable new computing models & processing arch… 20 hours ago
- @KennethHayworth @neurowitz I wouldn't want to do it without truly unattended operation.. (one of several problems… twitter.com/i/web/status/1… 2 days ago
- @neurowitz @KennethHayworth I worry that back of the envelope calculations don't take into account that difficulty… twitter.com/i/web/status/1… 2 days ago
- RT @albertcardona: Are you applying for a faculty position? My @HHMIJanelia colleague @erik_snapp has compiled the advice he gives to our p… 3 days ago
- Sometimes it feels that by substituting the word "encodes" for "correlates with" we are just trying to pretend we k… twitter.com/i/web/status/1… 3 days ago