Behavioral and Brain Sciences

Volume 26 : Issue 1

Table of Contents

• Valedictory Editorial 
  Stevan Harnad
  Page 1-1
• A Message From The New Editors 
  Barbara Finlay, Paul Bloom and Jeffrey Gray
  Page 2-2
• Color realism and color science 
  Alex Byrne and David R. Hilbert
  Page 3-21
• Perceptual variation and access to colors 
  Edward Wilson Averill
  Page 22-22
• Perceptual objects may have nonphysical properties 
  Aaron Ben-Zeev
  Page 22-23
• Color realism shows a subjectivist mode of thinking 
  Michael H. Brill
  Page 23-24
• Ecological considerations support color physicalism 
  James J. Clark
  Page 24-25
• Perceptual variation, realism, and relativization, or: How I learned to stop worrying and love variations in color vision 
  Jonathan Cohen
  Page 25-26
• True color only exists in the eye of the observer 
  Frans W. Cornelissen, Eli Brenner and Jeroen Smeets
  Page 26-27
• Orange laser beams are not illusory: The need for a plurality of real color ontologies 
  Lieven Decock and Jaap van Brakel
  Page 27-28
• Productance physicalism and a posteriori necessity 
  Don Dedrick
  Page 28-29
• Imprecise color constancy versus color realism 
  Brian V. Funt
  Page 29-30
• Do metamers matter? 
  Martin Hahn
  Page 30-31
• Parallels between hearing and seeing support physicalism 
  Stephen Handel and Molly L. Erickson
  Page 31-32
• Byrne and Hilberts chromatic ether 
  C. L. Hardin
  Page 32-33
• In favor of an ecological account of color 
  Scott Huettel, Thomas Polger and Michael Riley
  Page 33-33
• Color and content 
  Frank Jackson
  Page 34-34
• Why not color physicalism without color absolutism? 
  Zoltn Jakab and Brian P. McLaughlin
  Page 34-35
• Olive green or chestnut brown? 
  Rolf G. Kuehni
  Page 35-36
• Hue magnitudes and Revelation 
  John Kulvicki
  Page 36-37
• Color as a material, not an optical, property 
  Bruce J. MacLennan
  Page 37-38
• Surface color perception in constrained environments 
  Laurence T. Maloney
  Page 38-39
• Color nominalism, pluralistic realism, and color science 
  Mohan Matthen
  Page 39-40
• Clarifying the problem of color realism 
  Barry Maund
  Page 40-41
• Can a physicalist notion of color provide any insight into the nature of color perception? 
  Rainer Mausfeld and Reinhard Niedere
  Page 41-42
• An account of color without a subject? 
  Erik Myin
  Page 42-43
• Spatial position and perceived color of objects 
  Romi Nijhawan
  Page 43-44
• Have Byrne Hilbert answered Hardins challenge? 
  Adam Pautz
  Page 44-45
• Reflectance-to-color mappings depend critically on spatial context 
  Michael E. Rudd
  Page 46-47
• Color as a factor analytic approximation to Nature 
  Adam Reeves
  Page 46-46
• Surreptitious substitution 
  Barbara Saunders
  Page 47-48
• Color: A vision scientists perspective 
  Davida Y. Teller
  Page 48-49
• Color realism and color illusions 
  Dejan Todorovi
  Page 49-50
• Beautiful red squares 
  Robert Van Gulick
  Page 50-51
• Confusion of sensations and their physical correlates 
  Richard M. Warren
  Page 51-51
• Color realism redux 
  Alex Byrne and David R. Hilbert
  Page 52-59
• Convergence of biological and psychological perspectives on cognitive coordination in schizophrenia 
  William A. Phillips and Steven M. Silverstein
  Page 65-82
• The ketamine model for schizophrenia 
  Murray Alpert and Burt Angrist
  Page 82-83
• Where the rubber meets the road: The importance of implementation 
  Deanna M. Barch and Todd S. Braver
  Page 83-84
• A wide-spectrum coordination model of schizophrenia 
  Hendrik Pieter Barendregt
  Page 84-85
• Context rules 
  Steven L. Bressler
  Page 85-85
• Spatial integration in perception and cognition: An empirical approach to the pathophysiology of schizophrenia 
  Yue Chen
  Page 86-87
• Mechanisms of disrupted language comprehension in schizophrenia 
  Ruth Condray and Stuart R. Steinhauer
  Page 87-88
• Setting domain boundaries for convergence of biological and psychological perspectives on cognitive coordination in schizophrenia 
  J. P. Ginsberg
  Page 88-89
• Cognitive coordination deficits: A necessary but not sufficient factor in the development of schizophrenia 
  Diane C. Gooding and Jacqueline G. Braun
  Page 89-90
• Linking brain to mind in normal behavior and schizophrenia 
  Stephen Grossberg
  Page 90-90
• Schizophrenic cognition: Taken out of context? 
  David R. Hemsley
  Page 91-91
• NMDA-receptor hypofunction versus excessive synaptic elimination as models of schizophrenia 
  Ralph E. Hoffman and Thomas H. McGlashan
  Page 92-92
• Peeling the onion: NMDA dysfunction as a unifying model in schizophrenia 
  Daniel C. Javitt
  Page 93-94
• Is sensory gating a form of cognitive coordination? 
  Michael A. Kisley and Deana B. Davalos
  Page 94-95
• Theory of mind in schizophrenia: Damaged module or deficit in cognitive coordination? 
  David Leiser and Udi Bonshtein
  Page 95-96
• Reconciling schizophrenic deficits in top-down and bottom-up processes: Not yet 
  Angus W. MacDonald
  Page 96-96
• Context, connection, and coordination: The need to switch 
  Robert D. Oades, Bernd Rpcke and Ljubov Oknina
  Page 97-97
• Schizophrenia: Putting context in context 
  Sohee Park, Junghee Lee, Bradley Folley and Jejoong Kim
  Page 98-99
• Inferring contextual field interactions from scalp EEG 
  Mark E. Pflieger
  Page 99-100
• NMDA synapses can bias competition between object representations and mediate attentional selection 
  Antonino Raffone, Jaap M. J. Murre and Gezinus Wolters
  Page 100-101
• Why do schizophrenic patients hallucinate? 
  Pieter R. Roelfsema and Hans Supr
  Page 101-103
• No blind schizophrenics: Are NMDA-receptor dynamics involved? 
  Glenn S. Sanders, Steven M. Platek and Gordon G. Gallup
  Page 103-104
• Phenomenology, context, and self-experience in schizophrenia 
  Louis A. Sass and Peter J. Uhlhaas
  Page 104-105
• Cortical connectivity in high-frequency beta-rhythm in schizophrenics with positive and negative symptoms 
  Valeria Strelets
  Page 105-106
• Synchronous dynamics for cognitive coordination: But how? 
  M.-A. Tagamets and Barry Horwitz
  Page 106-107
• Combating fuzziness with computational modeling 
  L. M. Talamini, M. Meeter and J. M. J. Murre
  Page 107-108
• Guarding against over-inclusive notions of context: Psycholinguistic and electrophysiological studies of specific context functions in schizophrenia 
  Debra Titone and J. Bruno Debruille
  Page 108-109
• High-frequency synchronisation in schizophrenia: Too much or too little? 
  Leanne M. Williams, Kwang-Hyuk Lee, Albert Haig and Evian Gordon
  Page 109-110
• Cognitive coordination and its neurobiological bases: A new continent to explore 
  Steven M. Silverstein and William A. Phillips
  Page 110-125