Behavioral and Brain Sciences

Volume 26 : Issue 6

Table of Contents

• Prcis of Foundations of Language: Brain, Meaning, Grammar, Evolution, 
  Ray Jackendoff
  Page 651
• Semantic paralysis 
  Fred Adams
  Page 666
• On the role of frame-based knowledge in lexical representation 
  Jzsef Andor
  Page 667
• brain, Meaning, Grammar, evolution 
  Michael A. Arbib
  Page 668
• Language evolution without evolution 
  Derek Bickerton
  Page 669
• Why behavior should matter to linguists 
  A. Charles Catania
  Page 670
• Grammar box in the brain 
  Valria Cspe
  Page 672
• Beyond beanbag semantics 
  Daniel C. Dennett
  Page 673
• A conceptuocentric shift in the characterization of language 
  Peter Ford Dominey
  Page 674
• Generative grammar with a human face? 
  Shimon Edelman
  Page 675
• Complexity underestimated? 
  Pter rdi
  Page 676
• Imaginary mistakes versus real problems in generative grammar 
  Robert Freidin
  Page 677
• Where is the lexicon? 
  Judit Gervain
  Page 678
• Language shares neural prerequisites with non-verbal capacities 
  Georg Goldenberg
  Page 679
• Jackendoffs conceptualism 
  James Higginbotham
  Page 680
• Four challenges for cognitive neuroscience and the cortico-hippocampal division of memory 
  Harry Howard
  Page 681
• Psychologism and conceptual semantics 
  Luke Jerzykiewicz and Sam Scott
  Page 682
• Delegation, subdivision, and modularity: How rich is Conceptual Structure? 
  Damin Justo, Julien Dutant, Benot Hardy-Valle, David Nicolas and Benjamin Q. Sylvand
  Page 683
• Neuropsychological evidence for the distinction between grammatically relevant and irrelevant components of meaning 
  David Kemmerer
  Page 684
• A mixed treatment of categoricity and regularity: Solutions that dont do justice to a well-exposed complexity 
  Ren Joseph Lavie
  Page 685
• Parallel architecture as a variety of stratificationalism 
  David G. Lockwood
  Page 686
• Cartesian and empirical linguistics: The growing gulf 
  Eoghan MacAogin
  Page 687
• How Jackendoff helps us think 
  Carlos Molina
  Page 688
• Grammar and brain 
  Helmut Schnelle
  Page 689
• Rescuing generative linguistics: Too little, too late? 
  Michael J. Spivey and Monica Gonzalez-Marquez
  Page 690
• From Frege to dynamic theories of meaning 
  Alice G. B. ter Meulen
  Page 691
• The architecture is not exactly parallel: Some modules are more equal than others 
  Boris B. Velichkovsky, Andrej A. Kibrik and Boris M. Velichkovsky
  Page 692
• Linear order and its place in grammar 
  Richard Wiese
  Page 693
• How did we get from there to here in the evolution of language? 
  Willem Zuidema and Bart de Boer
  Page 694
• Toward better mutual understanding 
  Ray Jackendoff
  Page 695
• Working memory retention systems: A state of activated long-term memory 
  Daniel S. Ruchkin, Jordan Grafman, Katherine Cameron and Rita S. Berndt
  Page 709
• Attention-based maintenance of speech forms in memory: The case of verbal transformations 
  Christian Abry, Marc Sato, Jean-Luc Schwartz, Hlne Loevenbruck and Marie-Agns Cathiard
  Page 728
• New data: Old pitfalls 
  Alan Baddeley
  Page 729
• Tidying up sensory stores with supraordinate representations 
  Francisco Barcel, Jos A. Periez and Antoni Gomila
  Page 730
• Varieties of procedural accounts of working memory retention systems 
  Nelson Cowan
  Page 731
• Some mechanisms of working memory may not be evident in the human EEG 
  Emrah Dzel
  Page 732
• Prefrontal cortex and the generation of oscillatory visual persistence 
  Mark A. Elliott, Markus Conci and Hermann J. Mller
  Page 733
• Thoughts from the long-term memory chair 
  Jonathan K. Foster
  Page 734
• Missing the syntactic piece 
  Angela D. Friederici and Ina Bornkessel
  Page 735
• From working memory to long-term memory and back: Linked but distinct 
  Stephen Grossberg
  Page 737
• More memory? 
  Irene Grote
  Page 738
• Another artificial division and the data dont support it 
  Martin Heil, Frank Rsler and Bettina Rolke
  Page 739
• Temporal lobe speech perception systems are part of the verbal working memory circuit: Evidence from two recent fMRI studies 
  Gregory Hickok and Bradley Buchsbaum
  Page 740
• What is the source of activation for working memory? 
  John Jonides and Edward Awh
  Page 741
• Incorporating semantics and individual differences in models of working memory 
  Janice M. Keenan, Jukka Hyn and Johanna K. Kaakinen
  Page 742
• Activation of long-term memory by alpha oscillations in a working-memory task? 
  Wolfgang Klimesch and Brbel Schack
  Page 743
• Long-term memories, features, and novelty 
  James K. Kroger
  Page 744
• Working memory as a mental workspace: Why activated long-term memory is not enough 
  Robert H. Logie and Sergio Della Sala
  Page 745
• Does sustained ERP activity in posterior lexico-semantic processing areas during short-term memory tasks only reflect activated long-term memory? 
  Steve Majerus, Martial Van der Linden, Fabienne Collette and Eric Salmon
  Page 746
• Cognitive neuropsychological evidence for common processes underlying generation and storage of language representations 
  Nadine Martin
  Page 747
• Retention of order and the binding of verbal and spatial information in short-term memory: Constraints for proceduralist accounts 
  Murray T. Maybery, Fabrice B. R. Parmentier and Peter J. Clissa
  Page 748
• Neglecting the posterior parietal cortex: The role of higher-order perceptual memories for working-memory retention 
  Axel Mecklinger and Bertram Opitz
  Page 749
• Developmental evidence for working memory as activated long-term memory 
  Sergio Morra
  Page 750
• How does the attentional pointer work in prefrontal cortex? 
  Naoyuki Osaka
  Page 751
• The short-term dynamics within a network of connections is creative 
  William A. Phillips
  Page 752
• Models versus descriptions: Real differences and language differences 
  Jeroen G. W. Raaijmakers and Richard M. Shiffrin
  Page 753
• Working memory as a state of activated long-term memory: A plausible theory, but other data provide more compelling evidence 
  Frank Rsler and Martin Heil
  Page 754
• The contribution of long-term memory and the role of frontal-lobe systems in on-line processing 
  Jennifer D. Ryan and Neal J. Cohen
  Page 756
• The short-term/long-term memory distinction: Back to the past? 
  Giuseppe Vallar
  Page 757
• Double dissociation in the effects of brain damage on working memory 
  Rolf Verleger
  Page 758
• Neuronal synchronization accompanying memory processing 
  Sabine Weiss and Horst M. Mueller
  Page 759
• Working memory: Unemployed but still doing day labor 
  Daniel S. Ruchkin, Jordan Grafman, Katherine Cameron and Rita S. Berndt
  Page 760
• Huygens Principle: A case against optimality 
  Hans-Martin Gaertner
  Page 779
• Huygens versus Fermat: No clear winner 
  Paul J. H. Schoemaker
  Page 781
• Colors as explainers? 
  Andrew Botterell
  Page 785
• Do opponent process theories help physicalism about color? 
  Justin Broackes
  Page 786
• Forestalling a food fight over color 
  Daniel C. Dennett
  Page 788
• Physicalism without unknowable colors 
  Peter W. Ross
  Page 789
• The right kind of content for a physicalist about color 
  Paul Skokowski
  Page 790
• Color realism revisited 
  Alex Byrne and David R. Hilbert
  Page 791