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  1. Daniel Alroy (1995). Inner Light. Synthese 104 (1):147-160.
    Neural impulses from the senses to the brain convey information, not sensation. The direct electrical stimulation of the cortex produces sensations. Hence, such sensations are evoked in the brain, and not received from the senses, nor from the outside world through the senses. More specifically, the experience of light is evoked in the brain and not received from the eyes. Consequently, the born blind, too, would experience light in response to electrical brain stimulation. The luminosity of light is not a (...)
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  2. Paul Bach-Y.-Rita & Steven J. Hasse (2001). The Role of the Brain in Perception. Behavioral and Brain Sciences 24 (5):975-975.
    The recent interest of cognitive- and neuro-scientists in the topic of consciousness (and the dissatisfaction with the present state of knowledge) has revealed deep conceptual differences with Humanists, who have dealt with issues of consciousness for centuries. O'Regan & Noë have attempted (unsuccessfully) to bridge those differences.
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  3. Rajendra Badgaiyan (2012). Nonconscious Perception, Conscious Awareness and Attention. Consciousness and Cognition 21 (1):584-586.
    Because it is unclear how a nonconscious stimulus is cognitively processed, there is uncertainty concerning variables that modulate the processing. In this context recent findings of a set of neuroimaging experiments are important. These findings suggest that conscious and nonconscious stimuli activate same areas of the brain during performance of a similar task. Further, different areas are activated when a task is performed with or without awareness of processing. It appears that the neural network involved in cognitive processing depends on (...)
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  4. William Bechtel (1988). Studies of Categorization: A Review Essay of Neisser's 'Concepts and Conceptual Development' and Hamad's 'Categorical Perception'. Philosophical Psychology 1 (3):381-389.
    Concepts and Conceptual Development: Ecological and Intellectual Factors in Categorization ULRIC NEISSER, 1987 Cambridge, Cambridge University Press x+384 pp., $39.50 Categorical Perception STEVAN HARNAD, 1987 Cambridge, Cambridge University Press x+599 pp., $59.50.
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  5. John Bickle (ed.) (2009). The Oxford Handbook of Philosophy and Neuroscience. Oxford University Press.
    The Oxford Handbook of Philosophy and Neuroscience is a state-of-the-art collection of interdisciplinary research spanning philosophy (of science, mind, and ...
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  6. J. W. Bisley & M. E. Goldberg (2003). Neuronal Activity in the Lateral Intraparietal Area and Spatial Attention. Science 299 (5603):81-86.
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  7. Randolph Blake & Maggie Shiffrar, Perception of Human Motion.
    Humans, being highly social creatures, rely heavily on the ability to perceive what others are doing and to infer from gestures and expressions what others may be intending to do. These perceptual skills are easily mastered by most, but not all, people, in large part because human action readily communicates intentions and feelings. In recent years, remarkable advances have been made in our understanding of the visual, motoric, and affective influences on perception of human action, as well as in (...)
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  8. Francois Blanc (2010). Trance and Shamanic Cure on the South American Continent: Psychopharmacological and Neurobiological Interpretations. Anthropology of Consciousness 21 (1):83-105.
    This article examines the neurobiological basis of the healing power attributed to shamanic practices in the Andes and Brazil in light of the pharmacology of neurotransmitters and the new technological explorations of brain functioning. The psychotropic plants used in shamanic psychiatric cures interfere selectively with the intrinsic neuromediators of the brain. Mainly they may alter: (1) the neuroendocrine functioning through the adrenergic system by controlling stressful conditions, (2) the dopaminergic system in incentive learning and emotions incorporation, (3) the serotoninergic system (...)
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  9. W. Russell Brain (1946). The Neurological Approach to the Problem of Perception. Philosophy 21 (July):133-146.
    I much appreciate the honour of being invited to deliver the first Manson lecture, which, its founder has laid down, is to be devoted to the consideration of some subject of common interest to philosophy and medicine. I cannot think of anything which better fulfils that condition than the neurological approach to the problem of perception. The neurologist holds the bridge between body and mind. Every day he meets with examples of disordered perception and he learns from observing the effects (...)
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  10. Bruce Bridgeman (2000). Neuroanatomy and Function in Two Visual Systems. Behavioral and Brain Sciences 23 (4):535-536.
    Neuroanatomy and neurophysiology are insufficient to specify function. Modeling is essential to elucidate function, but psychophysics is also required. An example is the cognitive and sensorimotor branches of the visual system: anatomy shows direct cross talk between the branches. Psychophysics in normal humans shows links from cognitive to sensorimotor, but the reverse link is excluded by visual illusions affecting the cognitive system but not the sensorimotor system.
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  11. Robert Briscoe, Depiction, Pictorial Experience, and Vision Science.
    Pictures are 2D surfaces designed to elicit 3D-scene-representing experiences from their viewers. In this essay, I argue that philosophers have tended to underestimate the relevance of research in vision science to understanding the nature of pictorial experience or ‘seeing-in’, to use Richard Wollheim’s familiar expression. Both the deeply entrenched methodology of virtual psychophysics as well as empirical studies of pictorial space perception provide compelling support for the view that seeing-in and seeing face-to-face are experiences of the same psychological, explanatory kind. (...)
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  12. Robert Briscoe (forthcoming). Bodily Action and Distal Attribution in Sensory Substitution. In Fiona Macpherson (ed.), Sensory Substitution and Augmentation. Proceedings of the British Academy
    According to proponents of the sensorimotor contingency theory of perception (Hurley & Noë 2003, Noë 2004, O’Regan 2011), active control of camera movement is necessary for the emergence of distal attribution in tactile-visual sensory substitution (TVSS) because it enables the subject to acquire knowledge of the way stimulation in the substituting modality varies as a function of self-initiated, bodily action. This chapter, by contrast, approaches distal attribution as a solution to a causal inference problem faced by the subject’s perceptual systems. (...)
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  13. Robert Briscoe (forthcoming). Color Categorization. In Derek Brown & Fiona Macpherson (eds.), Routledge Handbook on the Philosophy of Colour. Routledge
  14. Robert Briscoe (2015). Cognitive Penetration and the Reach of Phenomenal Content. In Athanassios Raftopoulos & John Zeimbekis (eds.), Cognitive Penetrability. Oxford University Press
    This chapter critically assesses recent arguments that acquiring the ability to categorize an object as belonging to a certain high-level kind can cause the relevant kind property to be represented in visual phenomenal content. The first two arguments, developed respectively by Susanna Siegel (2010) and Tim Bayne (2009), employ an essentially phenomenological methodology. The third argument, developed by William Fish (2013), by contrast, is supported by an array of psychophysical and neuroscientific findings. I argue that while none of these arguments (...)
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  15. Robert Briscoe (2014). Do Intentions for Action Penetrate Visual Experience? Frontiers in Psychology 5:1-2.
  16. Robert Briscoe (2011). Mental Imagery and the Varieties of Amodal Perception. Pacific Philosophical Quarterly 92 (2):153-173.
    The problem of amodal perception is the problem of how we represent features of perceived objects that are occluded or otherwise hidden from us. Bence Nanay (2010) has recently proposed that we amodally perceive an object's occluded features by imaginatively projecting them into the relevant regions of visual egocentric space. In this paper, I argue that amodal perception is not a single, unitary capacity. Drawing appropriate distinctions reveals amodal perception to be characterized not only by mental imagery, as Nanay suggests, (...)
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  17. Robert Briscoe (2010). Perceiving the Present: Systematization of Illusions or Illusion of Systematization? Cognitive Science 34 (8):1530-1542.
    Mark Changizi et al. (2008) claim that it is possible systematically to organize more than 50 kinds of illusions in a 7 × 4 matrix of 28 classes. This systematization, they further maintain, can be explained by the operation of a single visual processing latency correction mechanism that they call “perceiving the present” (PTP). This brief report raises some concerns about the way a number of illusions are classified by the proposed systematization. It also poses two general problems—one empirical and (...)
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  18. Robert Briscoe (2009). Egocentric Spatial Representation in Action and Perception. Philosophy and Phenomenological Research 79 (2):423 - 460.
    Neuropsychological findings used to motivate the "two visual systems" hypothesis have been taken to endanger a pair of widely accepted claims about spatial representation in conscious visual experience. The first is the claim that visual experience represents 3-D space around the perceiver using an egocentric frame of reference. The second is the claim that there is a constitutive link between the spatial contents of visual experience and the perceiver's bodily actions. In this paper, I review and assess three main sources (...)
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  19. Robert Briscoe (2008). Another Look at the Two Visual Systems Hypothesis: The Argument From Illusion Studies. Journal of Consciousness Studies 15 (8):35-62.
    The purpose of this paper is to defend what I call the action-oriented coding theory (ACT) of spatially contentful visual experience. Integral to ACT is the view that conscious visual experience and visually guided action make use of a common subject-relative or 'egocentric' frame of reference. Proponents of the influential two visual systems hypothesis (TVSH), however, have maintained on empirical grounds that this view is false (Milner & Goodale, 1995/2006; Clark, 1999; 2001; Campbell, 2002; Jacob & Jeannerod, 2003; Goodale & (...)
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  20. Robert Briscoe & Rick Grush (2015). Action-Based Theories of Perception. In The Stanford Encylcopedia of Philosophy. 1-66.
    Action is a means of acquiring perceptual information about the environment. Turning around, for example, alters your spatial relations to surrounding objects and, hence, which of their properties you visually perceive. Moving your hand over an object’s surface enables you to feel its shape, temperature, and texture. Sniffing and walking around a room enables you to track down the source of an unpleasant smell. Active or passive movements of the body can also generate useful sources of perceptual information (Gibson 1966, (...)
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  21. Robert Briscoe & John Schwenkler (2015). Conscious Vision in Action. Cognitive Science 39 (2).
    It is natural to assume that the fine-grained and highly accurate spatial information present in visual experience is often used to guide our bodily actions. Yet this assumption has been challenged by proponents of the Two Visual Systems Hypothesis , according to which visuomotor programming is the responsibility of a “zombie” processing stream whose sources of bottom-up spatial information are entirely non-conscious . In many formulations of TVSH, the role of conscious vision in action is limited to “recognizing objects, selecting (...)
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  22. Berit Brogaard (forthcoming). Varieties of Synesthetic Experience. In Richard Brown (ed.), Consciousness Inside and Out: Phenomenology, Neuroscience, and the Nature of Experience. Neuroscience Series, Synthese Library
    In her response to my "Seeing as a Non-Experiental Mental State: The Case from Synesthesia and Visual Imagery" Ophelia Deroy presents an argument for an interesting new account of synesthesia. On this account, synesthesia can be thought of as "a perceptual state (e.g. of a letter)" that is "changed or enriched by the incorporation of a conscious mental image (e.g. a color)." I reply that while this is a plausible account of some types of synesthesia, some forms cannot be accounted (...)
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  23. Berit Brogaard (forthcoming). Color Synesthesia. In Kimberly A. Jameson (ed.), Cognition & Language, Encyclopedia of Color Science and Technology. Springer
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  24. Berit Brogaard (2012). Vision for Action and the Contents of Perception. Journal of Philosophy 109 (10):569-587.
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  25. Berit Brogaard (2012). Non-Visual Consciousness and Visual Images in Blindsight. Consciousness and Cognition 21 (1):595-596.
    In a recent response paper to Brogaard (2011a), Morten Overgaard and Thor Grünbaum argue that my case for the claim that blindsight subjects are not visually conscious of the stimuli they correctly identify rests on a mistaken necessary criterion for determining whether a conscious experience is visual or non-visual. Here I elaborate on the earlier argu- ment while conceding that the question of whether blindsight subjects are visually con- scious of the visual stimuli they correctly identify largely is an empirical (...)
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  26. Berit Brogaard (2011). Are There Unconscious Perceptual Processes? Consciousness and Cognition 20 (2):449-63.
    Blindsight and vision for action seem to be exemplars of unconscious visual processes. However, researchers have recently argued that blindsight is not really a kind of uncon- scious vision but is rather severely degraded conscious vision. Morten Overgaard and col- leagues have recently developed new methods for measuring the visibility of visual stimuli. Studies using these methods show that reported clarity of visual stimuli correlates with accuracy in both normal individuals and blindsight patients. Vision for action has also come under (...)
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  27. Berit Brogaard, Kristian Marlow & Kevin Rice (2014). Unconscious Influences on Decision Making in Blindsight. Behavioral and Brain Sciences 37 (1):22-23.
  28. Berit Brogaard, Simo Vanni & Juha Silvanto (forthcoming). Seeing Mathematics: Perception and Brain Activity in a Case of Acquired Synesthesia. Neurocase.
    We studied the patient JP who has exceptional abilities to draw complex geometrical images by hand and a form of acquired synesthesia for mathematical formulas and objects, which he perceives as geometrical figures. JP sees all smooth curvatures as discrete lines, similarly regardless of scale. We carried out two preliminary investigations to establish the perceptual nature of synesthetic experience and to investigate the neural basis of this phenomenon. In a functional magnetic resonance imaging (fMRI) study, image-inducing formulas produced larger fMRI (...)
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  29. Hermann Burchard (2011). The Role of Conscious Attention in Perception. Foundations of Science 16 (1):67-99.
    Impressions, energy radiated by phenomena in the momentary environmental scene, enter sensory neurons, creating in afferent nerves a data stream. Following Kant, by our inner sense the mind perceives its own thoughts as it ties together sense data into an internalized scene. The mind, residing in the brain, logically a Language Machine, processes and stores items as coded grammatical entities. Kantian synthetic unity in the linguistic brain is able to deliver our experience of the scene as we appear to see (...)
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  30. Andy Calder, Gillian Rhodes, Mark Johnson & Jim Haxby (eds.) (2011). Oxford Handbook of Face Perception. OUP Oxford.
    In the past thirty years, face perception has become an area of major interest within psychology. The Oxford Handbook of Face Perception is the most comprehensive and commanding review of the field ever published.For anyone looking for the definitive review of this burgeoning field, this is the essential book.
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  31. Carmelo Calì (2013). Gestalt Models for Data Decomposition and Functional Architecture in Visual Neuroscience. Gestalt Theory 35 (227-264).
    Attempts to introduce Gestalt theory into the realm of visual neuroscience are discussed on both theoretical and experimental grounds. To define the framework in which these proposals can be defended, this paper outlines the characteristics of a standard model, which qualifies as a received view in the visual neurosciences, and of the research into natural images statistics. The objections to the standard model and the main questions of the natural images research are presented. On these grounds, this paper defends the (...)
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  32. Carmelo Calì (2006). A Phenomenological Framework for Neuroscience? Gestalt Theory 28 (1-2):109-122.
    This paper tries to sketch what phenomenological constraints for Neurosciences would be looking like. It maintains that such an adequate phenomenological description as that provided by Gestalt psychology is a condition for the Neurosciences to account for every-day experience opf the world. The explanatory gap in Cognitive sciences is discussed with reference to Jackendoff, Prinz, and Köhler.
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  33. Ariel S. Cecchi (2014). Cognitive Penetration, Perceptual Learning and Neural Plasticity. Dialectica 68 (1):63-95.
    Cognitive penetration of perception, broadly understood, is the influence that the cognitive system has on a perceptual system (e.g., visual, auditory, haptic). The paper shows a form of cognitive penetration in the visual system (defined as early vision) which I call ‘architectural’. Architectural cognitive penetration is the process whereby the behaviour or the structure of the perceptual system is influenced by the cognitive system, which consequently may have an impact on the content of the perceptual experience. I scrutinize a study (...)
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  34. Thierry Chaminade & Jean Decety (2001). A Common Framework for Perception and Action: Neuroimaging Evidence. Behavioral and Brain Sciences 24 (5):879-882.
    In recent years, neurophysiological evidence has accumulated in favor of a common coding between perception and execution of action. We review findings from recent neuroimaging experiments in the action domain with three complementary perspectives: perception of action, covert action triggered by perception, and reproduction of perceived action (imitation). All studies point to the parietal cortex as a key region for body movement representation, both observed and performed.
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  35. Mark A. Changizi (2010). Response to Briscoe (2010). Cognitive Science 34 (8):1543-1547.
    In an earlier paper my colleagues and I put forth a theory called “perceiving-the-present” that predicts a systematic pattern across a large variety of illusions, and we presented evidence that the systematic pattern exists. Briscoe puts forth arguments against the theory and the existence of the systematic pattern. Here I provide counterarguments to his criticisms of the theory, and I explain why his arguments do not bear on the existence of the systematic pattern.
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  36. M. Chirimuuta & I. Gold (2009). The Embedded Neuron, the Enactive Field? In John Bickle (ed.), The Oxford Handbook of Philosophy and Neuroscience. Oxford University Press
    The concept of the receptive field, first articulated by Hartline, is central to visual neuroscience. The receptive field of a neuron encompasses the spatial and temporal properties of stimuli that activate the neuron, and, as Hubel and Wiesel conceived of it, a neuron’s receptive field is static. This makes it possible to build models of neural circuits and to build up more complex receptive fields out of simpler ones. Recent work in visual neurophysiology is providing evidence that the classical receptive (...)
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  37. Mazviita Chirimuuta (2008). Reflectance Realism and Colour Constancy: What Would Count as Scientific Evidence for Hilbert's Ontology of Colour? Australasian Journal of Philosophy 86 (4):563 – 582.
    Reflectance realism is an important position in the philosophy of colour. This paper is an examination of David R. Hilbert’s case for there being scientific support for the theory. The specific point in question is whether colour science has shown that reflectance is recovered by the human visual system. Following a discussion of possible counter-evidence in the recent scientific literature, I make the argument that conflicting interpretations of the data on reflectance recovery are informed by different theoretical assumptions about the (...)
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  38. Paul M. Churchland (2005). Chimerical Colors: Some Phenomenological Predictions From Cognitive Neuroscience. Philosophical Psychology 18 (5):527-560.
    The Hurvich-Jameson (H-J) opponent-process network offers a familiar account of the empirical structure of the phenomenological color space for humans, an account with a number of predictive and explanatory virtues. Its successes form the bulk of the existing reasons for suggesting a strict identity between our various color sensations on the one hand, and our various coding vectors across the color-opponent neurons in our primary visual pathways on the other. But anti-reductionists standardly complain that the systematic parallels discovered by the (...)
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  39. Daniel Collerton & Elaine Perry (2004). Thalamocortical Dysfunction and Complex Visual Hallucinations in Brain Disease – Are the Primary Disturbances in the Cerebral Cortex? Behavioral and Brain Sciences 27 (6):789-790.
    Applying Behrendt & Young's (B&Y's) model of thalamocortical synchrony to complex visual hallucinations in neurodegenerative disorders, such as dementia with Lewy bodies and progressive supranuclear palsy, leads us to propose that the primary pathology may be cortical rather than thalamic. Additionally, the extinction of active hallucinations by eye closure challenges their conception of the role of reduced sensory input.
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  40. M. Colombo & P. Series (2012). Bayes in the Brain--On Bayesian Modelling in Neuroscience. British Journal for the Philosophy of Science 63 (3):697-723.
    According to a growing trend in theoretical neuroscience, the human perceptual system is akin to a Bayesian machine. The aim of this article is to clearly articulate the claims that perception can be considered Bayesian inference and that the brain can be considered a Bayesian machine, some of the epistemological challenges to these claims; and some of the implications of these claims. We address two questions: (i) How are Bayesian models used in theoretical neuroscience? (ii) From the use of Bayesian (...)
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  41. Adam M. Croom (2014). Auditory Neuroscience: Making Sense of Sound. Musicae Scientiae: The Journal of the European Society for the Cognitive Sciences of Music 18:1-3.
  42. Dirk de Ridder (2007). Brain and Nerve Stimulation for Mood Enhancement. Philosophica 79:11-24.
    Enhancing brain activity and function is a very ancient practice which is usually accomplished by taking illegal drugs. Prescription medication is becoming more commonly used as a means of enhancing mood, and recently, it has become possible to modulate mood by applying magnetic or electrical current to the brain or by training the brain to work at predetermined oscillations. A summary of the available neuromodulation techniques will be presented associated with data from human subjects implanted with cortical and/or subcutaneous electrodes (...)
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  43. Zoe Drayson (2011). Cognition and Perception: How Do Psychology and Neuroscience Inform Philosophy? [REVIEW] Journal of Consciousness Studies 18 (7-8):242-249.
  44. Walter H. Ehrenstein, Lothar Spillmann & Viktor Sarris (2003). Gestalt Issues in Modern Neuroscience. Axiomathes 13 (3-4):433-458.
    We present select examples of how visual phenomena can serve as tools to uncoverbrain mechanisms. Specifically, receptive field organization is proposed as a Gestalt-like neural mechanism of perceptual organization. Appropriate phenomena, such as brightness and orientation contrast, subjective contours, filling-in, and aperture-viewed motion, allow for a quantitative comparison between receptive fields and their psychophysical counterparts, perceptive fields. Phenomenology might thus be extended from the study of perceptual qualities to their transphenomenal substrates, including memory functions. In conclusion, classic issues of Gestalt (...)
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  45. Joerg Fingerhut (2011). Sensorimotor Signature, Skill, and Synaesthesia. Two Challenges for Enactive Theories of Perception. In Synaesthesia and Kinaesthetics. Habitus in Habitat III. Peter Lang
    The condition of ‘genuine perceptual synaesthesia’ has been a focus of attention in research in psychology and neuroscience over the last decades. For subjects in this condition stimulation in one modality automatically and consistently over the subject’s lifespan triggers a percept in another modality. In hearing→colour synaesthesia, for example, a specific sound experience evokes a perception of a specific colour. In this paper, I discuss questions and challenges that the phenomenon of synaesthetic experience raises for theories of perceptual experience in (...)
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  46. Jeffrey E. Foss (1988). The Percept and Vector Function Theories of the Brain. Philosophy of Science 55 (December):511-537.
    Physicalism is an empirical theory of the mind and its place in nature. So the physicalist must show that current neuroscience does not falsify physicalism, but instead supports it. Current neuroscience shows that a nervous system is what I call a vector function system. I provide a brief outline of the resources that empirical research has made available within the constraints of the vector function approach. Then I argue that these resources are sufficient, indeed apt, for the physicalist enterprise, by (...)
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  47. P. A. Frensch & R. Schwarzer (eds.) (2010). Cognition and Neuropsychology: International Perspectives on Psychological Science, Vol.1. Psychology Press.
    Neuropsychology. International. Perspectives. on. Psychological. Science. ( Volume. 1). This is the first of two volumes which together present the main contributions from the 29th International Congress of Psychology, held in Berlin in 2008, ...
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  48. Sergei Gepshtein (2010). Two Psychologies of Perception and the Prospect of Their Synthesis. Philosophical Psychology 23 (2):217 – 281.
    Two traditions have had a great impact on the theoretical and experimental research of perception. One tradition is statistical, stretching from Fechner's enunciation of psychophysics in 1860 to the modern view of perception as statistical decision making. The other tradition is phenomenological, from Brentano's “empirical standpoint” of 1874 to the Gestalt movement and the modern work on perceptual organization. Each tradition has at its core a distinctive assumption about the indivisible constituents of perception: the just-noticeable differences of sensation in the (...)
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  49. Philip Gerrans (2013). Unraveling the Mind. Behavioral and Brain Sciences 36 (3):214-215.
    A radical interpretation of the predictive coding approach suggests that the mind is “seamless” – that is, that cancellation of error signals can propagate smoothly from highest to lowest levels of the control hierarchy, dissolving a distinction between belief and perception. Delusions of alien control provide a test case. Close examination suggests that while they are evidence of predictive coding within the cortex, they are not evidence for the seamless interpretation.
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  50. Grant R. Gillett (1989). Perception and Neuroscience. British Journal for the Philosophy of Science (March) 83 (March):83-103.
    Perception is often analysed as a process in which causal events from the environment act on a subject to produce states in the mind or brain. The role of the subject is an increasing feature of neuroscientific and cognitive literature. This feature is linked to the need for an account of the normative aspects of perceptual competence. A holographic model is offered in which objects are presented to the subject classified according to rules governing concepts and encoded in brain function (...)
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