Behavioral and Brain Sciences

Volume 28 : Issue 1

Table of Contents

• The rules versus similarity distinction 
  Emmanuel M. Pothos
  Page 1
• Similarity in logical reasoning and decision-making 
  Horacio Arl-Costa
  Page 14
• Empirical dissociations between rule-based and similarity-based categorization 
  Gregory Ashby and Michael B. Casale
  Page 15
• Rules work on one representation; similarity compares two representations 
  Todd M. Bailey
  Page 16
• Rules, similarity, and the information-processing blind alley 
  Francisco Calvo Garzn
  Page 17
• Epistemological requirements for a cognitive psychology of real people 
  John Campion
  Page 18
• Real rules are conscious 
  Axel Cleeremans and Arnaud Destrebecqz
  Page 19
• Two types of thought: Evidence from aphasia 
  Jules Davidoff
  Page 20
• Commitment distinguishes between rules and similarity: A developmental perspective 
  Gil Diesendruck
  Page 21
• The discontinuity between rules and similarity 
  Peter F. Dominey
  Page 22
• Rules, similarity, and threshold logic 
  Wlodzislaw Duch
  Page 23
• Rules and similarity as conscious contents with distinctive roles in theory 
  Donelson E. Dulany
  Page 24
• Is this what the debate on rules was about? 
  Ulrike Hahn
  Page 25
• Rules and similarity a false dichotomy 
  James A. Hampton
  Page 26
• Illuminating reasoning and categorization 
  Evan Heit and Brett K. Hayes
  Page 27
• Opposites detract: Why rules and similarity should not be viewed as opposite ends of a continuum 
  Gary Marcus
  Page 28
• Digging beneath Rules and Similarity 
  Arthur B. Markman, Sergey Blok, Kyungil Kim, Levi Larkey, Lisa R. Narvaez, C. Hunt Stilwell and Eric Taylor
  Page 29
• Rule versus similarity: Different in processing mode, not in representations 
  Rolf Reber
  Page 31
• Rules and similarity processes in artificial grammar and natural second language learning: What is the default? 
  Peter Robinson
  Page 32
• Avoiding foolish consistency 
  Steven Sloman
  Page 33
• Rule and similarity as prototype concepts 
  Edward E. Smith
  Page 34
• In search of radical similarity 
  Oscar Vilarroya
  Page 35
• Integration of rules and similarity in a framework of information compression by multiple alignment, unification, and search 
  J. Gerard Wolff
  Page 36
• Preferring Rules to Similarity: Coherence, goals, and commitment 
  Emmanuel M. Pothos
  Page 37
• A refined model of sleep and the time course of memory formation 
  Matthew P. Walker
  Page 51
• Redefining memory consolidation 
  Mercedes Atienza and Jose L. Cantero
  Page 64
• Molecular mechanisms of synaptic consolidation during sleep: BDNF function and dendritic protein synthesis 
  Clive R. Bramham
  Page 65
• Sleep is optimizing 
  Thomas L. Clarke
  Page 66
• Where is the classic interference theory for sleep and memory? 
  Anton Coenen
  Page 67
• Motor memory: Consolidationbased enhancement effect revisited 
  Julien Doyon, Julie Carrier, Alain Simard, Abdallah Hadj Tahar, Amlie Morin, Habib Benali and Leslie G. Ungerleider
  Page 68
• Do words go to sleep? Exploring consolidation of spoken forms through direct and indirect measures 
  Nicolas Dumay and M. Gareth Gaskell
  Page 69
• What is consolidated during sleep-dependent motor skill learning? 
  Luca A. Finelli and Terrence J. Sejnowski
  Page 70
• Sleep and memory: Definitions, terminology, models, and predictions? 
  Jonathan K. Foster and Andrew C. Wilson
  Page 71
• Old wine (most of it) in new bottles: Where are dreams and what is the memory? 
  Ramon Greenberg
  Page 72
• Consolidating consolidation? Sleep stages, memory systems, and procedures 
  John A. Groeger and Derk-Jan Dijk
  Page 73
• Resistance to interference and the emergence of delayed gains in newly acquired procedural memories: Synaptic and system consolidation? 
  Maria Korman, Tamar Flash and Avi Karni
  Page 74
• Neurosignals Incorporating CNS electrophysiology into cognitive process 
  James F. Pagel
  Page 75
• Beyond acetylcholine: Next steps for sleep and memory research 
  Jessica D. Payne, Willoughby B. Britton, Richard R. Bootzin and Lynn Nadel
  Page 77
• Filling one gap by creating another: Memory stabilization is not all-or-nothing, either 
  Philippe Peigneux, Arnaud Destrebecqz, Christophe Hotermans and Axel Cleeremans
  Page 78
• Procedural replay: The anatomy and physics of the sleep spindle 
  Helene Sophrin Porte
  Page 79
• REM sleep, dreaming, and procedural memory 
  Michael Schredl
  Page 80
• Memory consolidation during sleep: A form of brain restitution 
  Bhavin R. Sheth
  Page 81
• The incredible, shrinking sleep-learning connection 
  Jerome M. Siegel
  Page 82
• Consolidation enhancement: Which stages of sleep for which tasks? 
  Carlyle T. Smith
  Page 83
• The challenge of identifying cellular mechanisms of memory formation during sleep 
  Ronald Szymusiak
  Page 84
• Sleep and synaptic homeostasis 
  Giulio Tononi and Chiara Cirelli
  Page 85
• Sleep is for rest, waking consciousness is for learning and memory of any kind 
  Robert P. Vertes
  Page 86
• Past, present, and the future: Discussions surrounding a new model of sleep-dependent learning and memory processing 
  Matthew P. Walker
  Page 87