6533b836fe1ef96bd12a1c59

RESEARCH PRODUCT

Short article: Does the brain regularize digits and letters to the same extent?

Jon Andoni DuñabeitiaAlexander PollatsekManuel PereaManuel Carreiras

subject

CommunicationPhysiologybusiness.industrySpeech recognitionWord processingExperimental and Cognitive PsychologyGeneral MedicineNumerical digitNumeral systemPrime (symbol)Neuropsychology and Physiological PsychologyPhysiology (medical)Word recognitionPattern recognition (psychology)PsychologybusinessPriming (psychology)Regularization (linguistics)General Psychology

description

The cognitive system does not just act as a mirror from the sensory input; instead, it tends to normalize this information. Given that letter processing seems to be much more specialized than digit processing in the cortex, we examined whether the regularization process occurs differently from digits to letters than from letters to digits: We employed a masked priming same/different experiment (e.g., probe, VESZED; prime, V35Z3D; and target, VESZED). When embedded in letter strings, digits that resemble letters (e.g., 3 and 5 in V35Z3D-VESZED) tend to be encoded in a letter-like manner, whereas when embedded in digit strings, letters that resemble digits (e.g., E and S in 9ES7E2–935732) tend not to be encoded in a digit-like manner.

https://doi.org/10.1080/17470210902923374