MEMORY-RELATED EEG POTENTIALS: SLOW NEGATIVITIES,
PRIMING POSITIVITY, RECOGNITION POSITIVITY, AND Dm
Commentary on Klimesch on Memory-Brain

<hr> Rolf Verleger  (1995) Memory-related EEG Potentials: Slow Negativities, . Psycoloquy: 6(27) Memory Brain (3)<br>Versions: <a href=ftp://www.cogsci.soton.ac.uk/pub/psycoloquy//1995.volume.6/psyc.95.6.27.memory-brain.3.verleger>ASCII</a> <a href=https://www.cogsci.ecs.soton.ac.uk/cgi/psyc/newpsy?6.27>formatted</a><hr>
<TITLE>Psycoloquy 6(27): Memory-related EEG Potentials: Slow Negativities, </TITLE>
<H1>MEMORY-RELATED EEG POTENTIALS: SLOW NEGATIVITIES, <br>
PRIMING POSITIVITY, RECOGNITION POSITIVITY, AND Dm<br>
Commentary on Klimesch on Memory-Brain<br>
</H1>
<ADDRESS>Rolf Verleger <br>
Department of Neurology <br>
Medical University <br>
D-23538 Luebeck <br>
Germany<br>
<br>
<a href=mailto:Verleger@Medinf.MU-Luebeck.De>Verleger@Medinf.MU-Luebeck.De</a> 
</ADDRESS>
<P><H1>Abstract</H1><BLOCKQUOTE>
Klimesch's attempt at explaining memory processes by what
is known about EEG rhythms is impressive. However he fails in his
"speculative" attempt (as he calls it) to integrate event-related
EEG potentials (ERPs) into this picture. The ERP results discussed
in this commentary are presumably not incompatible with Klimesch's
approach, but require considerable differentiation of his
approach.
</BLOCKQUOTE>
<P><H1>Keywords</H1><i>
Alpha, EEG, Hippocampus, Memory, Oscillation, Thalamus,
Theta.
</i>
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