Behavioral and Brain Sciences

Volume 31 – Issue 01 – February 2008

 

 

Target Article

 

The Shared Circuits Model: How Control, Mirroring and Simulation Can Enable Imitation, Deliberation, and Mindreading

Susan Hurley

BBS 31 (1):  1-22

           

Open Peer Commentary

             

The relationship between conscious phenomena and physical reality in behaviour control: The need for simplicity through phenomenological clarity

Ralf-Peter Behrendt

BBS 31 (1):  22-23

 

Mirroring cannot account for understanding action

Jeremy I. M. Carpendale and Charlie Lewis

BBS 31 (1):  23-24

                       

Can the shared circuits model (SCM) explain joint attention or perception of discrete emotions?

Bhismadev Chakrabarti and Simon Baron-Cohen

BBS 31 (1):  24-25

           

The neural underpinnings of self and other and layer 2 of the shared circuits model

Linda Furey and Julian Paul Keenan

BBS 31 (1):  25-26

           

Shared circuits in language and communication

Simon Garrod and Martin J. Pickering

BBS 31 (1):  26-27

           

Does one size fit all? Hurley on shared circuits

Alvin I. Goldman

BBS 31 (1):  27-28

           

Imitation as a conjunction

Cecilia Heyes

BBS 31 (1):  28-29

           

Shared circuits, shared time, and interpersonal synchrony

Michael J. Hove

BBS 31 (1):  29-30

           

Mesial frontal cortex and super mirror neurons

Marco Iacoboni

BBS 31 (1):  30-30

           

Flexibility and development of mirroring mechanisms

Matthew R. Longo and Bennett I. Bertenthal

BBS 31 (1):  31-31

 

Free access   

Failure, instead of inhibition, should be monitored for the distinction of self/other and actual/possible actions

Takaki Makino

BBS 31 (1):  32-33

           

The social motivation for social learning

Mark Nielsen

BBS 31 (1):  33-33

           

What kind of neural coding and self does Hurley's shared circuit model presuppose?

Georg Northoff

BBS 31 (1):  33-34

           

How do shared circuits develop?

Lindsay M. Oberman and Vilayanur S. Ramachandran

BBS 31 (1):  34-35

           

More than control freaks: Evaluative and motivational functions of goals

Fabio Paglieri and Cristiano Castelfranchi

BBS 31 (1):  35-36

           

Putting the subjective back into intersubjective: The importance of person-specific, distributed, neural representations in perception-action mechanisms

Stephanie D. Preston

BBS 31 (1):  36-37

           

In search of a conceptual location to share cognition

Gün R. Semin and John T. Cacioppo

BBS 31 (1):  37-38

           

Goals are not implied by actions, but inferred from actions and contexts

Iris van Rooij, Willem Haselager and Harold Bekkering

BBS 31 (1):  38-39

           

Imitation, emulation, and the transmission of culture

Andrew Whiten

BBS 31 (1):  39-40

           

Imitation and the effort of learning

Justin H. G. Williams

BBS 31 (1):  40-41

           

Authors’ Response

           

Bootstrapping the mind

Julian Kiverstein and Andy Clark

BBS 31 (1):  41-58

 

 

Target Article

             

A study of the science of taste: On the origins and influence of the core ideas

Robert P. Erickson

BBS 31 (1):  59-75

           

Open Peer Commentary

             

Insights from the colour category controversy

Tony Belpaeme

BBS 31 (1):  75-76

           

Salty, bitter, sweet and sour survive unscathed

David A. Booth

BBS 31 (1):  76-77

           

Criteria for basic tastes and other sensory primaries

James E. Cutting

BBS 31 (1):  77-78

           

Basic tastes as cognitive concepts and taste coding as more than spatial

Patricia M. Di Lorenzo and Jen-Yung Chen

BBS 31 (1):  78-79

           

The labeled line / basic taste versus across-fiber pattern debate: A red herring?

Edward Alan Fox

BBS 31 (1):  79-80

           

Taste learning in rodents: Compounds and individual taste cues recognition

Milagros Gallo

BBS 31 (1):  80-81

           

The nature of economical coding is determined by the unique properties of objects in the environment

Stephen Handel

BBS 31 (1):  81-82

           

Basic tastes and unique hues

David R. Hilbert

BBS 31 (1):  82-82

           

Taste quality coding in vertebrate receptor molecules and cells

Linda M. Kennedy and Kristina M. Gonzalez

BBS 31 (1):  82-83

           

Mathematical techniques and the number of groups

Michael Lavine

BBS 31 (1):  83-84

           

On the analysis of spatial neural codes in taste

Christian H. Lemon

BBS 31 (1):  84-85

           

The complex facts of taste

A. W. Logue

BBS 31 (1):  85-86

           

Language does provide support for basic tastes

Asifa Majid and Stephen C. Levinson

BBS 31 (1):  86-87

           

And what about basic odors?

Veit Roessner, Aribert Rothenberger and Patricia Duchamp-Viret

BBS 31 (1):  87-88

           

Basic tastes and basic emotions: Basic problems and perspectives for a nonbasic solution

David Sander

BBS 31 (1):  88-88

           

The neural structure and organization of taste

Thomas R. Scott

BBS 31 (1):  89-89

           

Should labeled lines and pattern models be either-or? Issues of scope and definition

Jennifer A. Stillman

BBS 31 (1):  89-90

           

Synthesizing complex sensations from simple components

Richard M. Warren

BBS 31 (1):  90-91

           

Author's Response

 

The pervasive core idea in taste is inadequate and misleading

Robert P. Erickson

BBS 31 (1):  91-105