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[31 Aug 10: 19:42]
Nice read: Neuroscientist’s Embarrassment: Artificial Intelligence’s Opportunity. Mark Changizi

[27 Aug 10: 01:31]
Commenting issue on bjoern.brembs.net fixed!

[26 Aug 10: 16:33]
Comments are not working on bjoern.brembs.net right now. I'm working on the problem.

[17 Aug 10: 10:55]
Anybody waiting for a reply from me? I'm sorting out SMTP issues with the hotel here

[29 Jul 10: 01:55]
Just as now access to drinking water is a human right, access to the literature should be a scientific right.

[13 Jul 10: 13:05]
Just registered for this year's SfN meeting in San Diego. Are you coming, too?


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classical conditioning
No brain is too small for a memory
ResearchBlogging.orgI'm trying to catch up with my backlog of research news (~600 unread messages) and what do you know, the first one is already worth blogging about! Researchers from the Brooklyn College in New York ...[more]
classical conditioning   cephalopods   invertebrates   learning   memory   neuroscience   brain   
Posted on Friday 24 October 2008 - 12:24:24

Operant and classical learning can be differentiated at the genetic level
Blogging on Peer-Reviewed ResearchIt always feels good to report that one of one's own papers has been accepted for publication. This one has been in the works for a very long time and I'm especially happy that it's now finally coming out. The paper is e...[more]
operant conditioning   learning   classical conditioning   Pavlov   Skinner   Drosophila   rutabaga   PKC   
Posted on Thursday 31 July 2008 - 13:06:22

Odor recognition learning in free-living salmon
Canadian researchers have for the first time successfully conditioned free-living juvenile salmon to recognize a novel odor. The work was published in the Journal "Animal Behaviour". This fantastic feat was accomplished ...[more]
learning   salmon   science   classical conditioning   odor   olfaction   
Posted on Wednesday 21 March 2007 - 10:32:56

Insect learning: trace conditioning and spike timing-dependent plasticity
ResearchBlogging.org The most well-known molecular mechanism of learning involves coincidence detection. In post-synaptic LTP, the NMDA receptor only opens fully if a postsynaptic depolarization has removed the magnesium block by the time g...[more]
learning   manduca   spike timing-dependent plasticity   classical conditioning   
Posted on Monday 29 September 2008 - 11:58:17

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