Search results for "numerical cognition"

showing 3 items of 3 documents

Space counts! Brain correlates of spatial and numerical representations in synaesthesia

2018

Over-learned semantic representations, such as numbers, are strongly associated with space in normal cognition, and in the phenomenon called number-space synaesthesia. In number-space synaesthesia, numbers are linked to spatial locations in an idiosyncratic way. Synaesthetes report numbers as belonging to a specific location, or feelings that a specific location is the right location for that number. What does really differentiate synaesthetes from non-synaesthetes with respect to their number-space representation? Here we present a number-space synaesthete, MkM, whose number-space representation dramatically differs from that of controls. We examined the impact of spatial distance with res…

Cognitive Neuroscience05 social sciencesNumerical cognitionBrainExperimental and Cognitive PsychologyStimulus (physiology)Somatosensory system050105 experimental psychologyNumerical digit03 medical and health sciencesCognition0302 clinical medicineNeuropsychology and Physiological PsychologyNeuroimagingParietal LobeSpace PerceptionHumans0501 psychology and cognitive sciencesSpatial representationMental number linePsychologySynesthesia030217 neurology & neurosurgeryCognitive psychologyCoding (social sciences)Cortex
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Statistical formats to optimize evidence-based decision making: A behavioral approach

2013

Abstract Statistical information is crucial for managerial decision making. The decision-making literature in psychology and mathematical cognition documents how different statistical formats can facilitate certain types of decisions. The present analysis is the first of its kind to assess the impact of statistical formats in the presentation of data from market research on both the optimality of market decisions and the time required to perform the decision-making process. An economic experiment provides the data for this study. The experiment presents statistical information in simple frequencies and relative frequencies using numerical and pictorial representations in the context of diff…

MarketingInterpretation (logic)business.industryProcess (engineering)Numerical cognitionContext (language use)Machine learningcomputer.software_genreEconomic experiments Statistical formats Probability judgment Orthogonal design Judgment under uncertaintyFrequencyVariable (computer science)Market researchStatisticsKey (cryptography)Artificial intelligencebusinesscomputerJournal of Business Research
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Quantity Estimation Based on Numerical Cues in the Mealworm Beetle (Tenebrio molitor)

2012

In this study, we used a biologically relevant experimental procedure to ask whether mealworm beetles (Tenebrio molitor) are spontaneously capable of assessing quantities based on numerical cues. Like other insect species, mealworm beetles adjust their reproductive behavior (i.e., investment in mate guarding) according to the perceived risk of sperm competition (i.e., probability that a female will mate with another male). To test whether males have the ability to estimate numerosity based on numerical cues, we staged matings between virgin females and virgin males in which we varied the number of rival males the experimental male had access to immediately preceding mating as a cue to sperm…

Mealwormquantity estimationmedia_common.quotation_subjectquantity discriminationlcsh:BF1-990ZoologyInsectsperm competitionGood evidencePsychologyMatingnumerical cognitionSperm competitionGeneral Psychologyreproductive and urinary physiologymedia_commonTenebrio molitorOriginal Researchnumerosity discriminationsperm competition risknumerositymate guardingMate guardingbiologyEcologyNumerosity adaptation effectbiology.organism_classificationInsectslcsh:PsychologyFrontiers in Psychology
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