Shared and Distinct Neural Circuitry for Nonsymbolic and Symbolic Double‐digit Addition

Human Brain Mapping - United States
doi 10.1002/hbm.24452
Full Text
Abstract

Available in full text

Date
Authors
Publisher

Wiley

Related search

Working Memory and Number Line Representations in Single-Digit Addition: Approximate Versus Exact, Nonsymbolic Versus Symbolic

Quarterly Journal of Experimental Psychology
NeuropsychologyCognitive PsychologyPhysiological PsychologyMedicinePhysiologyExperimentalPsychology
2015English

Age-Independent and Age-Dependent Neural Substrate for Single-Digit Multiplication and Addition Arithmetic Problems

Developmental Neuropsychology
DevelopmentalPhysiological PsychologyNeuropsychologyEducational Psychology
2011English

Children’s Mapping Between Symbolic and Nonsymbolic Representations of Number

Journal of Experimental Child Psychology
DevelopmentalExperimentalEducational PsychologyCognitive Psychology
2009English

Nonsymbolic and Symbolic Magnitude Comparison Skills as Longitudinal Predictors of Mathematical Achievement

Learning and Instruction
DevelopmentalEducationEducational Psychology
2017English

Differences Between Literates and Illiterates on Symbolic but Not Nonsymbolic Numerical Magnitude Processing

Psychonomic Bulletin and Review
DevelopmentalArtsEducational PsychologyCognitive PsychologyHumanitiesExperimental
2011English

A Feeling for Numbers: Shared Metric for Symbolic and Tactile Numerosities

Frontiers in Psychology
Psychology
2013English

Distinct Digit Kinematics by Professional and Amateur Pianists

Neuroscience
Neuroscience
2015English

Linear Neural Circuitry Model for Visual Receptive Fields

Journal of Mathematical Imaging and Vision
StatisticsPattern RecognitionCondensed Matter PhysicsProbabilityGeometryApplied MathematicsSimulationComputer VisionModelingTopology
2015English

Low Power Floating-Point Multiplication and Squaring Units With Shared Circuitry

2013English

Amanote Research

Note-taking for researchers

Follow Amanote

© 2024 Amaplex Software S.P.R.L. All rights reserved.

Privacy PolicyRefund Policy