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Psychological Basis
The study Visual mental imagery activates topographically organized visual cortex: PET investigations by Kosslyn et al. 1993 supports the finding(s) Mental images are neurologically similar to perceptions. The study When Is Early Visual Cortex Activated During Visual Mental Imagery? by Kosslyn and Thompson 2003 supports the finding(s) Mental images are neurologically similar to perceptions. The study Visual images preserve metric spatial information: Evidence from studies of image scanning by Kosslyn et al. 1978 supports the finding(s) Mental images are behaviorally similar to perceptions. Mental images have analogical properties. The study Scanning visual mental images: a window on the mind by Denis and Kosslyn 1999 supports the finding(s) Mental images are behaviorally similar to perceptions. Mental images have analogical properties. Mental images are neurologically similar to perceptions. Mental images are based on LTM. The study Is visual imagery really visual? Overlooked evidence from neuropsychology by Farah 1988 supports the finding(s) Mental images are behaviorally similar to perceptions. Mental images are neurologically similar to perceptions. The study Image and brain: The resolution of the imagery debate by Kosslyn 1994 supports the finding(s) Mental images have analogical properties. Control of cognitive processes is exerted in a decentralized way. Visual attention is realized by a subsystem. The study Spatial and verbal components of the act of recall by Brooks 1968 supports the finding(s) Mental images are behaviorally similar to perceptions. The study Mental rotation of three-dimensional objects by Shepard and Metzler 1971 supports the finding(s) Mental images have analogical properties. The study Comparing objects in memory: Evidence suggesting an internal psychophysics by Moyer 1973 supports the finding(s) Mental images are behaviorally similar to perceptions. Mental images have analogical properties. The study Visual imagery can impede reasoning by Knauff and Johnson-Laird 2002 refutes the finding(s) Mental images can help in extracting new knowledge. The study Mental imagery acuity in the peripheral visual field by Finke and Kosslyn 1980 supports the finding(s) Mental images are behaviorally similar to perceptions. The study Visual Imagery Facilitates Visual Perception: Psychophysical Evidence by Ishai and Sagi 1997 supports the finding(s) Mental images can facilitate perception. Mental images are behaviorally similar to perceptions. The study Neural systems shared by visual imagery and visual perception: A positron emisson tomography study by Kosslyn et al. 1997 supports the finding(s) Mental images are neurologically similar to perceptions. The study Common Mechanisms of Visual Imagery and Perception by Ishai and Sagi 1995 supports the finding(s) Mental images are behaviorally similar to perceptions. Mental images can facilitate perception. The study What the mind's eye tells the mind's brain: A critique of mental imagery by Pylyshyn 1973 refutes the finding(s) Knowledge is either verbally or pictorially represented. The study Return of the mental image: Are there really pictures in the brain? by Pylyshyn 2003 refutes the finding(s) Mental images have analogical properties. The study Creative discovery in imagery and perception: Combining is relatively easy, restructuring takes a sketch by Verstijnen et al. 1998 supports the finding(s) Diagrams can facilitate spatial reasoning. The study Image and Mind by Kosslyn 1980 supports the finding(s) Mental images are partially interpreted. Mental images have analogical properties. The study Working memory: a mental space for design and discovery by Logie 2001 supports the finding(s) Mental images are partially interpreted. Diagrams can reduce memory load. The study Mapping of contralateral space in retinotopic coordinates by a parietal cortical area in humans by Sereno et al. 2001 supports the finding(s) Spatial Knowledge is encoded in parietal cortical areas. The study What an image depicts depends on what an image means by Chambers and Reisberg 1992 supports the finding(s) Mental images are based on LTM. Mental images are partially interpreted. The study Investigating the relation between imagery and perception: Evidence from face priming by Cabeza et al. 1997 refutes the finding(s) Mental images are behaviorally similar to perceptions. The study What is primed in priming from imagery? by Michelon and Zacks 2003 supports the finding(s) Mental images are based on LTM. and refutes the finding(s) Mental images are behaviorally similar to perceptions. The study Investigating dissociations among memory measures: Support for a transfer-appropriate processing framework by Blaxton 1989 refutes the finding(s) Mental images are behaviorally similar to perceptions. The study Imagery, propositions and the form of internal representations by Kosslyn and Pomerantz 1977 supports the finding(s) Mental images are based on LTM. The study Distortions in judged spatial relations by Stevens and Coupe 1978 supports the finding(s) Mental images are based on LTM. Spatial knowledge is hierarchically organized. The study Principles of mental imagery by Finke 1989 supports the finding(s) Mental images can help in extracting new knowledge. Mental images are partially interpreted. Mental images are behaviorally similar to perceptions. Mental images have analogical properties. Mental images can facilitate perception. Mental images are neurologically similar to perceptions. The study Analogue media versus tacit knowledge by Pylyshyn 1981 refutes the finding(s) Mental images have analogical properties. Knowledge is either verbally or pictorially represented. The study Eye fixations and cognitive processes by Just and Carpenter 1976 supports the finding(s) Mental images have analogical properties. The study The rate of "mental rotation" of images: A test of a holistic analogue hypothesis by Pylyshyn 1979 refutes the finding(s) Mental images have analogical properties. The study The magical number seven, plus or minus two: some limits on our capacity for processing information by Miller 1956 supports the finding(s) Working memory has limited capacity. The study Visuo-spatial working memory by Logie 1995 supports the finding(s) Working Memory can be structurally decomposed. The study Working memory: The multiple component model by Baddeley and Logie 1999 supports the finding(s) Working Memory can be structurally decomposed. Working memory has limited capacity. The study The geometry of environmental knowledge by Montello 1992 refutes the finding(s) Mental representations of spatial knowledge are similar to maps. The study Cognitive Maps, Cognitive Collages, and Spatial Mental Models by Tversky 1993 supports the finding(s) Spatial knowledge is hierarchically organized. and refutes the finding(s) Mental representations of spatial knowledge are similar to maps. The study Task switching and multitask performance by Pashler 1998 supports the finding(s) Control of cognitive processes is exerted in a decentralized way. The study The neural basis of top-down control of visual attention in prefrontal cortex by Miller 1998 refutes the finding(s) Visual attention is realized by a subsystem. The study Banishing the control homunculus by Monsell and Driver 2000 supports the finding(s) Control of cognitive processes is exerted in a decentralized way. The study Attention improves or impairs visual performance by enhancing spatial resolution by Yeshurun and Carrasco 1998 supports the finding(s) Visual attention is governed by a scale resolution trade-off. The study Visual Mental Images in the Brain: Current Issues by Kosslyn and Shin 1994 supports the finding(s) Mental images are neurologically similar to perceptions. Visual attention is governed by a scale resolution trade-off. Mental images have analogical properties. Mental images are based on LTM. The study Effects of imaging on signal-to-noise ratio, with varying signal conditions by Segal and Fusella 1969 supports the finding(s) Mental images are behaviorally similar to perceptions. and refutes the finding(s) Mental images can facilitate perception. The study Influence of imaged pictures and sounds on detection of visual and auditory signals by Segal and Fusella 1970 supports the finding(s) Mental images are behaviorally similar to perceptions. and refutes the finding(s) Mental images can facilitate perception. The study Mental animation: Inferring motion from static displays of mechanical systems by Hegarty 1992 supports the finding(s) Working memory has limited capacity. Diagrams can reduce memory load. Diagrams can facilitate spatial reasoning. The study Two visual systems in mental imagery: dissociation of "what" and "where" in imagery disorders due to bilateral posterior cerebral lesions by Levine et al. 1985 supports the finding(s) Spatial Knowledge is encoded in parietal cortical areas. Mental images are behaviorally similar to perceptions. Mental images are neurologically similar to perceptions. The study Visual Imagery: Effects of Short- and Long-Term Memory by Ishai and Sagi 1997 supports the finding(s) Mental images are behaviorally similar to perceptions. and refutes the finding(s) Mental images can facilitate perception. The study A dual coding approach to perception and cognition by Paivio 1978 supports the finding(s) Knowledge is either verbally or pictorially represented. Mental images have analogical properties. The study Arguments concerning representations for mental imagery by Anderson 1978 supports the finding(s) The existence of mental images cannot be decided. The study Validating computational models: a critique of Anderson's indeterminancy of representation claim by Pylyshyn 1979 refutes the finding(s) The existence of mental images cannot be decided. The study Visual mental images can be ambiguous: insights from individual differences in spatial transformation abilities by Mast and Kosslyn 2002 supports the finding(s) Mental images are partially interpreted. Mental images have analogical properties. Mental images are behaviorally similar to perceptions. The study Mental images can be ambiguous: reconstruals and reference-frame reversals by Peterson et al. 1992 supports the finding(s) Mental images are behaviorally similar to perceptions. Mental images can help in extracting new knowledge. The study Imagery constraints on quantitative and qualitative aspects of mental synthesis by Barquero and Logie 1999 supports the finding(s) Mental images are based on LTM. Mental images are partially interpreted. Diagrams can be built from mental images. Diagrams can facilitate spatial reasoning. The study Sketching as mental imagery processing by Kavakli and Gero 2001 supports the finding(s) Mental images can help in extracting new knowledge. Diagrams can facilitate spatial reasoning. Diagrams can be built from mental images. The study Eye Scanpaths During Visual Imagery Reenact Those of Perception of the Same Visual Scence by Laeng and Teodorescu 2002 supports the finding(s) Mental images are behaviorally similar to perceptions. The study Roles of imagery in perception: Or, there is no such thing as immaculate perception by Kosslyn and Sussman 1995 supports the finding(s) Mental images are neurologically similar to perceptions. The study The magical number 4 in short-term memory: A reconsideration of mental storage capacity by Cowan 2001 supports the finding(s) Working memory has limited capacity. The study Fractionating the Central Executive by Baddeley 2002 supports the finding(s) Working Memory can be structurally decomposed. The study Evolving conceptions of memory storage, selective attention, and their mutual constraints within the human information processing system by Cowan 1988 supports the finding(s) Working Memory can be structurally decomposed. The study An embedded-process model of working memory by Cowan 1999 supports the finding(s) Working Memory can be structurally decomposed. The study Exorcizing the homunculus, phase two: Editors' introduction by Hommel et al. 2004 supports the finding(s) Control of cognitive processes is exerted in a decentralized way. The study Anterior and posterior attentional control systems use different spatial reference frames: ERP evidence from covert tactile-spatial orienting by Eimer et al. 2003 supports the finding(s) Control of cognitive processes is exerted in a decentralized way. The study The ambiguity of mental images: insights regarding the structure of shape memory and its function in creativity by Peterson 1993 supports the finding(s) Mental images are behaviorally similar to perceptions. Mental images can help in extracting new knowledge. The study Imagery and artificial intelligence by Pylyshyn 1978 supports the finding(s) Mental images are partially interpreted. and refutes the finding(s) Mental images are behaviorally similar to perceptions. Mental images have analogical properties. The study Can images be rotated and inspected? A test of the pictorial medium theory by Slezak 1991 supports the finding(s) Mental images are partially interpreted. and refutes the finding(s) Mental images are behaviorally similar to perceptions. The study When can visual images be reinterpretated? Non-chronometric tests of pictorialism by Slezak 1992 supports the finding(s) Mental images are partially interpreted. and refutes the finding(s) Mental images are behaviorally similar to perceptions. The study The 'philosophical' case against visual imagery by Slezak 1995 supports the finding(s) Mental images are partially interpreted. and refutes the finding(s) Mental images are behaviorally similar to perceptions. The study Orienting Attention to Locations in Internal Representations by Griffin and Nobre 2003 supports the finding(s) Mental images are behaviorally similar to perceptions. Mental images are neurologically similar to perceptions. Visual attention is realized by a subsystem. The study Orienting Attention to Locations in Perceptual Versus Mental Representations by Nobre et al. 2004 supports the finding(s) Mental images are behaviorally similar to perceptions. Mental images are neurologically similar to perceptions. Visual attention is realized by a subsystem. The study Attention and memory: An integrated framework by Cowan 1995 supports the finding(s) Working Memory can be structurally decomposed. The study Shifting Intentional Set : Exploring the Dynamic Control of Tasks by Allport et al. supports the finding(s) Control of cognitive processes is exerted in a decentralized way. The study Progress in the Use of Interactive Models for Understanding Attention and Performance by Cohen and Huston 1994 supports the finding(s) Control of cognitive processes is exerted in a decentralized way. The study Consciousness and Control in Task Switching by Meiran et al. 2002 refutes the finding(s) Cognitive Control is Conscious. The study A parametric manipulation of central executive functioning by Garavan et al. 2000 supports the finding(s) Control of cognitive processes is exerted in a decentralized way. The study Spontaneous Imagery Scanning in Mental Extrapolation by Finke and Pinker 1982 supports the finding(s) Mental images can help in extracting new knowledge. Mental images have analogical properties. The study Mental extrapolation in patterns constructed from memory by Pinker et al. 1984 supports the finding(s) Mental images can help in extracting new knowledge. Mental images are based on LTM. Mental images have analogical properties. The study Emulating a visuospatial memory field using ACT-R by Lyon et al. supports the finding(s) Mental images are behaviorally similar to perceptions. The study Changes in perceptual function after isolation by Doane et al. 1959 supports the finding(s) Mental images are neurologically similar to perceptions. Mental images are behaviorally similar to perceptions. Back to the overview | ||||
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