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UID:/NewsandEvents/Archives/2019/newsitem/11361/5-
 December-2019-CoSaQ-seminar-Heming-Strømholt-Bremn
 es
DTSTAMP:20191202T140928
SUMMARY:CoSaQ seminar, Heming Strømholt Bremnes
ATTENDEE;ROLE=Speaker:Heming Strømholt Bremnes
DTSTART;TZID=Europe/Amsterdam:20191205T110000
DTEND;TZID=Europe/Amsterdam:20191205T120000
LOCATION:Room 5.08, PC Hoofthuis, Spuistraat 134, 
 Amsterdam
DESCRIPTION:Previous studies of the neurocomputati
 on of quantifiers have shown that complexity impac
 ts which brain areas are activated in processing. 
 However, there are critical issues with the previo
 us experiments. Firstly, the formal properties of 
 the quantifiers that are grouped together have not
  been properly controlled. Secondly, the poor temp
 oral resolution of fMRI prevents studying the diff
 erent stages of quantifier computation, specifical
 ly which cognitive resources are recruited at diff
 erent stages. Taking the quantifier classes in Szy
 manik (2016) into account, this study was interest
 ed in whether the memory component required to com
 pute proportional quantifiers ('most', 'fewest of'
 ) was reflected in online neuronal activity, as re
 corded by EEG. In particular, we expect that event
  related potentials associated with memory should 
 be modulated differently by proportional quantifie
 rs, compared to cardinal and Aristotelian ones. In
  this talk, I will present behavioral and neural d
 ata, and hope to discuss the theoretical significa
 nce of these.
X-ALT-DESC;FMTTYPE=text/html:\n  <p>Previous studi
 es of the neurocomputation of quantifiers have sho
 wn that complexity impacts which brain areas are a
 ctivated in processing. However, there are critica
 l issues with the previous experiments. Firstly, t
 he formal properties of the quantifiers that are g
 rouped together have not been properly controlled.
  Secondly, the poor temporal resolution of fMRI pr
 events studying the different stages of quantifier
  computation, specifically which cognitive resourc
 es are recruited at different stages. Taking the q
 uantifier classes in Szymanik (2016) into account,
  this study was interested in whether the memory c
 omponent required to compute proportional quantifi
 ers ('most', 'fewest of') was reflected in online 
 neuronal activity, as recorded by EEG. In particul
 ar, we expect that event related potentials associ
 ated with memory should be modulated differently b
 y proportional quantifiers, compared to cardinal a
 nd Aristotelian ones. In this talk, I will present
  behavioral and neural data, and hope to discuss t
 he theoretical significance of these.</p>\n
URL:http://www.jakubszymanik.com/CoSaQ/seminar/
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