Explaining mental imagery: now you see it, now you don't Reply to Kosslyn et al. 

@article{Pylyshyn2003ExplainingMI,
  title={Explaining mental imagery: now you see it, now you don't Reply to Kosslyn et al.
},
  author={Zenon W. Pylyshyn},
  journal={Trends in Cognitive Sciences},
  year={2003},
  volume={7},
  pages={111-112}
}
  • Z. Pylyshyn
  • Published 1 March 2003
  • Art
  • Trends in Cognitive Sciences
View on Elsevier
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23 Citations
Highly Influential Citations
3
Background Citations
11
Methods Citations
1

23 Citations

Imagery, scanpaths reenactments and their functionality. The testing of a hypothesis.

This paper cannot confirm nor refute the hypothesis put forward regarding scanpath reenactments, due to possible biased data; but on the basis of experimental evidence has to refute the hypothesized functional role in memory retrieval concerning long term memory.

An emerging paradigm: a strength-based approach to exploring mental imagery

The origin, nature, and implications of the strength-based approach to mental imagery are explained and some important theoretical advances yielded by recent research on mental practice, mental travel, and meta-imagery processes in expert athletes and dancers are highlighted.

Interference effects demonstrate distinct roles for visual and motor imagery during the mental representation of human action

Visual working memory performance in aphantasia

Mental Imagery: Visual Cognition

Sequential vs simultaneous encoding of spatial information: a comparison between the blind and the sighted.

Eye Movements in the Processing of Visual Mental Imagery

Visual mental imagery is one kind of mental imagery.Whether mental imagery can be one special kind of mental representation and has its mental process or not is not only focal in imagery research but…

Similarities and differences between imagery and perceptionin early and late visual cortex

This review investigates the extent to which visual imagery and perception are similar and decoding studies show instances where a classifier trained on perceptual data could classify imagery data, and the other way around, which indicates that representational patterns for imagery and Perception are highly alike in several visual areas.

Encoding modality and spatial memory retrieval

Imagining in the spatial design process

This thesis aims to expand our understanding of imagining in the spatial design disciplines of architecture and interior design. More than three decades after Lawson’s statement, the matter of…

References

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This paper presents a critique of contemporary research which uses the notion of a mental image as a theoretical construct to describe one form of memory representation. It is argued that an adequate…

Seeing and Visualizing: It's Not What You Think

In Seeing and Visualizing, Zenon Pylyshyn argues that seeing is different from thinking and that to see is not, as it may seem intuitively, to create an inner replica of the world. Pylyshyn examines…

Topographical representations of mental images in primary visual cortex

Findings resolve a debate in the literature about whether imagery activates early visual cortex and indicate that visual mental imagery involves 'depictive' representations, not solely language-like descriptions12–14.

Return of the mental image: are there really pictures in the brain?

Mental imagery doesn't work like that

This commentary focuses on four major points: (1) “Tacit knowledge” is not a complete explanation for imagery phenomena, if it is an explanation at all. (2) Similarities and dissimilarities between…

Computation and cognition - toward a foundation for cognitive science

In Computation and Cognition, Pylyshyn argues that computation must not be viewed as just a convenient metaphor for mental activity, but as a literal empirical hypothesis, which must face a number of serious challenges.

Neural Systems Activated during Visual Mental Imagery: A Review and Meta-Analyses

Detecting high-level and low-level properties in visual images and visual percepts

The role of area 17 in visual imagery: convergent evidence from PET and rTMS.

PET results showed that when patterns of stripes are visualized, Area 17 is activated, and the rTMS results show that such activation underlies information processing.

Visual Mental Imagery Activates Topographically Organized Visual Cortex: PET Investigations

Results were consistent with the existence of two types of imagery, one that rests on allocating attention to form a pattern and one that rested on activating stored visual memories, and evidence that imagery activates topographically mapped cortex.