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  1. Post-Error Slowing: An Orienting Account.Wim Notebaert, Femke Houtman, Filip Van Opstal, Wim Gevers, Wim Fias & Tom Verguts - 2009 - Cognition 111 (2):275-279.
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  2.  17
    A Working Memory Account for Spatial–Numerical Associations.Jean-Philippe van Dijck & Wim Fias - 2011 - Cognition 119 (1):114-119.
  3.  16
    The Mental Representation of Ordinal Sequences is Spatially Organized.Wim Gevers, Bert Reynvoet & Wim Fias - 2003 - Cognition 87 (3):B87-B95.
  4.  13
    Finding the Answer in Space: The Mental Whiteboard Hypothesis on Serial Order in Working Memory.Elger Abrahamse, Jean-Philippe van Dijck, Steve Majerus & Wim Fias - 2014 - Frontiers in Human Neuroscience 8.
  5.  75
    Brain Correlates of Subjective Freedom of Choice.Elisa Filevich, Patricia Vanneste, Marcel Brass, Wim Fias, Patrick Haggard & Simone Kühn - 2013 - Consciousness and Cognition 22 (4):1271-1284.
    The subjective feeling of free choice is an important feature of human experience. Experimental tasks have typically studied free choice by contrasting free and instructed selection of response alternatives. These tasks have been criticised, and it remains unclear how they relate to the subjective feeling of freely choosing. We replicated previous findings of the fMRI correlates of free choice, defined objectively. We introduced a novel task in which participants could experience and report a graded sense of free choice. BOLD responses (...)
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  6. How Number is Associated with Space?: The Role of Working Memory.Wim Fias, Jean-Philippe van Dijck & Wim Gevers - 2011 - In Stanislas Dehaene & Elizabeth Brannon (eds.), Space, Time and Number in the Brain. Oxford University Press. pp. 133-148.
  7.  58
    Numbers Are Associated with Different Types of Spatial Information Depending on the Task.Jean-Philippe van Dijck, Wim Gevers & Wim Fias - 2009 - Cognition 113 (2):248-253.
  8.  6
    Verbal-Spatial and Visuospatial Coding of Number–Space Interactions.Wim Gevers, Seppe Santens, Elisah Dhooge, Qi Chen, Lisa Van den Bossche, Wim Fias & Tom Verguts - 2010 - Journal of Experimental Psychology: General 139 (1):180-190.
  9.  23
    Priming Reveals Differential Coding of Symbolic and Non-Symbolic Quantities.Chantal Roggeman, Tom Verguts & Wim Fias - 2007 - Cognition 105 (2):380-394.
  10.  15
    Sixty-Four or Four-and-Sixty? The Influence of Language and Working Memory on Children's Number Transcoding.Ineke Imbo, Charlotte Vanden Bulcke, Jolien De Brauwer & Wim Fias - 2014 - Frontiers in Psychology 5.
  11.  20
    The Whorfian Hypothesis and Numerical Cognition: Is `Twenty-Four' Processed in the Same Way as `Four-and-Twenty'?Marc Brysbaert, Wim Fias & Marie-Pascale Noël - 1998 - Cognition 66 (1):51-77.
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  12.  43
    Symbolic and Nonsymbolic Pathways of Number Processing.Tom Verguts & Wim Fias - 2008 - Philosophical Psychology 21 (4):539 – 554.
    Recent years have witnessed an enormous increase in behavioral and neuroimaging studies of numerical cognition. Particular interest has been devoted toward unraveling properties of the representational medium on which numbers are thought to be represented. We have argued that a correct inference concerning these properties requires distinguishing between different input modalities and different decision/output structures. To back up this claim, we have trained computational models with either symbolic or nonsymbolic input and with different task requirements, and showed that this allowed (...)
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  13.  11
    About the Influence of the Presentation Format on Arithmetical-Fact Retrieval Processes.Marie-Pascale Noël, Wim Fias & Marc Brysbaert - 1997 - Cognition 63 (3):335-374.
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  14.  2
    Are Individual Differences in Arithmetic Fact Retrieval in Children Related to Inhibition?Elien Bellon, Wim Fias & Bert De Smedt - 2016 - Frontiers in Psychology 7.
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  15.  35
    Similarity and Rules United: Similarity‐ and Rule‐Based Processing in a Single Neural Network.Tom Verguts & Wim Fias - 2009 - Cognitive Science 33 (2):243-259.
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  16.  9
    A Momentum Effect in Temporal Arithmetic.Mario Bonato, Umberto D'Ovidio, Wim Fias & Marco Zorzi - 2021 - Cognition 206:104488.
    The mental representation of brief temporal durations, when assessed in standard laboratory conditions, is highly accurate. Here we show that adding or subtracting temporal durations systematically results in strong and opposite biases, namely over-estimation for addition and under-estimation for subtraction. The difference with respect to a baseline temporal reproduction task changed across durations in an operation-specific way and survived correcting for the effect due to operation sign alone, indexing a reliable signature of arithmetic processing on time representation. A second experiment (...)
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  17.  43
    Not All Basic Number Representations Are Analog: Place Coding as a Precursor of the Natural Number System.Wim Fias & Tom Verguts - 2008 - Behavioral and Brain Sciences 31 (6):650-651.
    Rips et al.'s arguments for rejecting basic number representations as a precursor of the natural number system are exclusively based on analog number coding. We argue that these arguments do not apply to place coding, a type of basic number representation that is not considered by Rips et al.
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  18. The Mental Number Line: Exact and Approximate The Mental Number Line: Exact and Approximate.Wim Fias & Tom Verguts - 2004 - Trends in Cognitive Sciences 8 (10):447-448.
    Comments on an article by Feigenson et. al.(see record 2004-18473-007). Reviewing behavioral and neural data in children, humans and animals, Feigenson and colleagues distinguish two core systems for number representation. One system represents number in an exact way but has a fixed upper limit; the other system has no size limit but represents number only approximately. Both systems are claimed to have a phylogenetic origin and to constitute the basis for ontogenetic development. As such, each system's representational principles are reflected (...)
     
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  19.  9
    The Graded Fate of Unattended Stimulus Representations in Visuospatial Working Memory.Muhammet I. Sahan, Edwin S. Dalmaijer, Tom Verguts, Masud Husain & Wim Fias - 2019 - Frontiers in Psychology 10.
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  20.  10
    Abstract Representations of Number: What Interactions with Number Form Do Not Prove and Priming Effects Do.Seppe Santens, Wim Fias & Tom Verguts - 2009 - Behavioral and Brain Sciences 32 (3-4):351-352.
    We challenge the arguments of Cohen Kadosh & Walsh (CK&W) on two grounds. First, interactions between number form (e.g., notation, format, modality) and an experimental factor do not show that the notations/formats/modalities are processed separately. Second, we discuss evidence that numbers are coded abstractly, also when not required by task demands and processed unintentionally, thus challenging the authors' dual-code account.
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  21.  8
    Asymmetric Spatial Processing Under Cognitive Load.Lien Naert, Mario Bonato & Wim Fias - 2018 - Frontiers in Psychology 9.
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  22.  11
    Editorial: Turning the Mind's Eye Inward: The Interplay Between Selective Attention and Working Memory.Elger Abrahamse, Steve Majerus, Wim Fias & Jean-Philippe van Dijck - 2015 - Frontiers in Human Neuroscience 9.
  23.  20
    The Mental Number Line: Exact and Approximate.Wim Fias & Tom Verguts - 2004 - Trends in Cognitive Sciences 8 (10):447-448.
    Comments on an article by Feigenson et. al.(see record 2004-18473-007). Reviewing behavioral and neural data in children, humans and animals, Feigenson and colleagues distinguish two core systems for number representation. One system represents number in an exact way but has a fixed upper limit; the other system has no size limit but represents number only approximately. Both systems are claimed to have a phylogenetic origin and to constitute the basis for ontogenetic development. As such, each system's representational principles are reflected (...)
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