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UID:/NewsandEvents/Archives/2019/newsitem/11337/28
 -November-2019-CoSaQ-reading-group-Arnold-Kochari
DTSTAMP:20191125T142916
SUMMARY:CoSaQ reading group, Arnold Kochari
ATTENDEE;ROLE=Speaker:Arnold Kochari
DTSTART;TZID=Europe/Amsterdam:20191128T110000
DTEND;TZID=Europe/Amsterdam:20191128T120000
LOCATION:PCH room 5.08, Spuistraat 134, Amsterdam
DESCRIPTION:Humans can perceive, represent and com
 pare quantities that are presented nonsymbolically
  (e.g., as arrays of objects visually or as a seri
 es of tones aurally), as well as quantities that a
 re presented using arbitrary symbols and natural l
 anguage. In the former case, we can make an approx
 imation of the quantity of elements and compare th
 em. In the latter case, a set of conventions can b
 e learnt to represent the cardinality (e.g., Arabi
 c digits, number words, Roman numerals etc. such a
 s ‘7’ or ’seven’) or a relationship between cardin
 alities (e.g., quantifiers such as ’many’, ’few’).
  At this meeting, I will start by giving an overvi
 ew of the vast amount of research that has been co
 nducted to investigate neural processes underpinni
 ng representation and comparison of cardinality of
  nonsymbolic arrays and number symbols. I will the
 n try to relate this to the research that has been
  done on quantifiers as another way to symbolicall
 y refer to (relationships between) quantities. Thi
 s is a project in progress, so throughout the pres
 entation, I would like to get your feedback.
X-ALT-DESC;FMTTYPE=text/html:\n  <p>Humans can per
 ceive, represent and compare quantities that are p
 resented nonsymbolically (e.g., as arrays of objec
 ts visually or as a series of tones aurally), as w
 ell as quantities that are presented using arbitra
 ry symbols and natural language. In the former cas
 e, we can make an approximation of the quantity of
  elements and compare them. In the latter case, a 
 set of conventions can be learnt to represent the 
 cardinality (e.g., Arabic digits, number words, Ro
 man numerals etc. such as ‘7’ or ’seven’) or a rel
 ationship between cardinalities (e.g., quantifiers
  such as ’many’, ’few’). At this meeting, I will s
 tart by giving an overview of the vast amount of r
 esearch that has been conducted to investigate neu
 ral processes underpinning representation and comp
 arison of cardinality of nonsymbolic arrays and nu
 mber symbols. I will then try to relate this to th
 e research that has been done on quantifiers as an
 other way to symbolically refer to (relationships 
 between) quantities. This is a project in progress
 , so throughout the presentation, I would like to 
 get your feedback.</p>\n
URL:/NewsandEvents/Archives/2019/newsitem/11337/28
 -November-2019-CoSaQ-reading-group-Arnold-Kochari
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