How Would The Template Theory Of Perception Explain This Phenomenon?

About the Veridicality of Perception

The Relationship Between Reality and Object

Sensory perception is ofttimes the well-nigh striking proof of something factual—when we perceive something, we interpret it and take it as "objective", "real". About obviously, you tin experience this with eyewitness testimonies: If an bystander has "seen it with the naked eye", judges, jury members and attendees take the reports of these percepts not only as strong evidence, but normally as fact—despite the active and biasing processes on basis of perception and memory. Indeed, information technology seems that there is no better, no more than "proof" of something being factual knowledge than having perceived it. The causeless link between perception and physical reality is peculiarly strong for the visual sense—in fact, we scrutinize it simply when sight conditions take been unfortunate, when people have bad vision or when we know that the eyewitness was under stress or was defective in cognitive faculties. When people need even more proof of reality than via the naked eye, they intuitively try to touch the to-exist-analyzed entity (if at all possible) in social club to investigate it haptically. Feeling something past bear on seems to be the ultimate perceptual experience in lodge for humans to speak of physical proof (Carbon and Jakesch, 2013).

Nosotros tin can analyze the quality of our perceptual experiences by standard methodological criteria. By doing so we can regularly find out that our perception is indeed mostly very reliable and also objective (Gregory and Gombrich, 1973)—just merely if nosotros apply standard definitions of "objective" as being consensual amongst different beholders. Still, fifty-fifty by meeting these methodological criteria, we cannot give something in evidence nearly physical reality. It seems that cognition virtually the concrete properties of objects cannot be gained by perception, so perception is neither "veridical" nor "valid" in the strict sense of the words—the properties of the "thing in itself" remain indeterminate in whatsoever empirical sense (Kant, 1787/1998). We "reliably" and "objectively" might perceive the lord's day going upward in the morning and down in the evening; the physical relations are definitely different, as we accept known at to the lowest degree since Nicolaus Copernicus'south proposed heliocentricism—information technology might also exist common sense that the World is a spheroid for most people, yet the bulk of people have neither perceived the Earth as spherical nor represented it similar that; one reason for this is that in everyday life contexts the illusion of a plane works perfectly well to guide usa in the planning and execution of our actions (Carbon, 2010b).

Limitations of the Possibility of Objective Perception

The limitations of perception are even more than far reaching: our perception is non just limited when we do not accept admission to the thing in itself, it is very practically limited to the quality of processing and the general specifications of our perceptual arrangement. For example, our acoustic sense can merely annals and process a very narrow ring of frequencies ranging from about sixteen Hz–xx kHz as a young developed—this band gets narrower and narrower with increasing age. Typically, infrasonic and ultrasonic bands are but not perceivable despite existence essential for other species such as elephants and bats, respectively. The perception of the environment and, consequently, the perception and representation of the earth as such, is different for these species—what would exist the favorite music of an elephant, which preference would a bat indicate if "honestly asked"? What does infrasonic acoustics audio and feel like? Note: infrasonic frequencies tin can also be perceived by humans; non acoustically in a strict sense merely via vibrations—notwithstanding, the resulting experiences are very unlike (cf. Nagel, 1974). To make such information attainable we need transformation techniques; for instance, a Geiger-Müller tube for making ionizing radiation perceivable equally nosotros have not adult whatever sensory system for detecting and feeling this ring of extremely high frequency electromagnetic radiations.

Only even if we have access to given information from the environmental earth, it would exist an illusion to think of "objective perception" of it—differences in perception across unlike individuals seem to be obvious: this is one reason for different persons having unlike tastes, but it is even more than extreme: even within a lifetime of i person, the perceptual qualities and quantities which we can process modify. Elderly people, for instance, oftentimes have yellowish corneas yielding biased color perception reducing the ability to detect and differentiate bluish color spectra. So even objectivity of perceptions in the sense of consensual feel is inappreciably doable, even inside one species, fifty-fifty within one individual—only call back of mode phenomena (Carbon, 2011a), of changes in taste (Martindale, 1990) or the so-called bike of preferences (Carbon, 2010a)! Clearly, so-chosen objective perception is impossible, it is an illusion.

Illusory Construction of the World

The trouble with the idea of veridical perception of the world is further intensified when taking additional perceptual phenomena, which demonstrate highly constructive qualities of our perceptual system, into account. A very prominent example of this kind is the perceptual effect which arises when any visual information which we want to process falls on the area of the retina where the and so-chosen bullheaded spot is located (come across Figure 1).

Figure 1. Demonstration of the blind spot, the expanse on the retina where visual data cannot be candy due to a lack of photoreceptors. The demonstration works as follows: Fixate at a distance of approx. 40 cm the Ten on the left side with your right heart while having closed your left heart—at present motility your caput slightly in a horizontal way from left to right and backwards till the black disc on the right side seems to vanish.

Interestingly, visual information that is mapped on the blind spot is not only dropped—this would be the easiest solution for the visual apparatus. It is also not rigidly interpolated, for example, by just doubling neighbour information, only intelligently complemented by analysing the significant and Gestalt of the context. If we, for example, are exposed to a couple of lines, the perceptual system would complement the physically not-existing information of the blind spot by a best guess heuristic how the lines are interconnected in each example, by and large yielding a very close approximation to "reality" as it uses nigh probable solutions. Finally, we experience articulate visual data, seemingly in the aforementioned quality as the 1 which mirrors physical perception—in the end, the "physical perception" and the "constructed perception", are of the same quality, too because the "physical perception" is neither a delineation of concrete reality, but is as well synthetic past elevation-downwards processes based on best guess heuristic as a kind of hypothesis testing or problem solving (Gregory, 1970).

Beside this prominent example which has go common knowledge upwardly to now, a serial of farther phenomena exist where we can speak of full perceptual constructions of the world exterior without any straight link to the physical realities. A very intriguing example of this kind volition be described in more than particular in the following: When we make fast eye movements (then-called saccades) our perceptual system is suppressed, with the result that nosotros are functionally bullheaded during such saccades. Really, we practice not perceive these blind moments of life although they are highly frequent and relatively long as such—actually, Rayner et al. estimated that typical fixations last about 200–250 ms and saccades last about xx–40 ms (Rayner et al., 2001), so about 10% of our fourth dimension when we are awake is susceptible to such suppression effects. In accord with other filling-in phenomena, missing data is filled upwards with the near plausible information: Such a process needs hypotheses about what is going on in the current situation and how the situation volition evolve (Gregory, 1970, 1990). If the hypotheses are misleading because the underlying mental model of the situation and its further genesis is wrong, we face up an essential problem: what we then perceive (or fail to perceive) is incompatible with the current situation, and then will mislead our upcoming activeness. In most extreme cases, this could lead to fatal decisions: for case: if the model does not construct a specific interfering object in our motility axis, we might miss information essential to irresolute our current trajectory resulting in a collision class. In such a constellation, we would be totally startled by the crash, as nosotros would non have perceived the target object at all—this is not about missing an object but about entirely overlooking it due to a non-existing trace of perception.

Despite the noesis about these characteristics of the visual organization, we might dubiety such processes every bit the mechanisms are working to then great an extent in most everyday life situations that it provides the perfect illusion of continuous, correct and super-detailed visual input. We tin, however, illustrate this mechanism very hands by just observing our eye movements in a mirror: when executing fast eye movements, we cannot discover them by straight inspecting our face in the mirror—we can merely perceive our fixations and the slow movements of the eyes. If we, however, motion picture the same scene with a video photographic camera, the whole procedure looks totally different: Now nosotros clearly also see the fast movements; and so we can direct feel the specific functioning of the visual organisation in this respect by comparing the same scene captured by two differently working visual systems: our own, very cognitively operating, visual system and the rigidly filming video organization which just catches the scene frame by frame without farther processing, interpreting and tuning it.¹ We call this moment of temporary functional blindness phenomenon "saccade blindness" or "saccade suppression", which again illustrates the illusionary aspects of human being perception "saccadic suppression", Bridgeman et al., 1975; "tactile suppression", Ziat et al., 2010). Nosotros can utilize this phenomena for testing interesting hypotheses on the mental representation of the visual environment: if we alter details of a visual brandish during such functional blind phases of saccadic movements, people normally do not go aware of such changes, fifty-fifty if very of import details, east.1000., the expression of the mouth, are inverse (Bohrn et al., 2010).

Illusions past Top-Down-Processes

Gregory proposed that perception shows the quality of hypothesis testing and that illusions brand united states of america clear how these hypotheses are formulated and on which data they are based (Gregory, 1970). One of the central assumptions for hypothesis testing is that perception is a constructive process depending on summit-down processing. Such summit-down processes can be guided through noesis gained over the years, but perception tin likewise be guided past pre-formed capabilities of binding and interpreting specific forms as certain Gestalts. The strong reliance of perception on top-downwards processing is the essential key for assuring reliable perceptual abilities in a world full of ambivalence and incompleteness. If we read a text from an old facsimile where some of the messages have vanished or bleached out over the years, where java stains have covered partial information and where decay processes accept turned the originally white newspaper into a yellowish crumbly substance, nosotros might be very successful in reading the fragments of the text, because our perceptual system interpolates and (re-)constructs (run into Figure two). If we know or understand the full general significant of the target text, we will even read over some passages that do not exist at all: we fill the gaps through our knowledge—we alter the meaning towards what we expect.

Figure 2. Sit-in of height-downward processing when reading the argument "The Chiliad Illussion" under highly challenging conditions (at least challenging for automatic character recognition).

A famous case which is often cited and shown in this realm is the so-called man-rat-illusion where an ambiguous sketch drawing is presented whose content is not clearly decipherable, but switches from showing a man to showing a rat—another pop instance of this kind is the bistable picture where the interpretation flips from an onetime adult female to a immature adult female an 5.five. (see Figure iii)—well-nigh people translate this example as a fascinating illusion demonstrating humans' capability of switching from one pregnant to another, but the example also demonstrates an even more than intriguing process: what we volition perceive at showtime glance is mainly guided through the specific activation of our semantic network. If we accept been exposed to a picture of a human being earlier, or if we retrieve of a man or accept heard the discussion "man", the hazard is strongly increased that our perceptual system interprets the cryptic blueprint towards a depiction of a man—if the prior experiences were more associated with a rat, a mouse or another animal of such a kind, we will, in contrast, tend to interpret the cryptic pattern more than equally a rat.

Figure 3. The immature-old-woman illusion (also known equally the My Married woman and My Mother-in-law illusion) already popular in Germany in the 19th century when having been ofttimes depicted on postcards. Slow (1930) was the offset who presented this illusion in a scientific context (image on the correct) calling it a "new" illusion (concretely, "a new ambiguous figure") although it was very probably taken from an already displayed image of the 19th century within an A and P Condensed Milk advertisement (Lingelbach, 2014).

So, we can literally say that we perceive what we know—if nosotros accept no prior noesis of certain things we can even overlook important details in a pattern considering we have no strong clan with something meaningful. The intimate processing between sensory inputs and our semantic networks enables us to recognize familiar objects inside a few milliseconds, even if they testify the complication of man faces (Locher et al., 1993; Willis and Todorov, 2006; Carbon, 2011b).

Summit-down processes are powerful in schematizing and easing-upwardly perceptual processes in the sense of compressing the "large data" of the sensory inputs towards tiny information packages with pre-categorized labels on such schematized "icons" (Carbon, 2008). Elevation-down processes, however, are also susceptible to characteristic fallacies or illusions due to their guided, model-based nature: When we have only a brief fourth dimension slot for a snapshot of a complex scene, the scene is (if we have associations with the general meaning of the inspected scene at all) so simplified that specific details get lost in favor of the processing and estimation of the full general pregnant of the whole scene.

Biederman (1981) impressively demonstrated this by exposing participants to a sketch drawing of a typical street scene where typical objects are placed in a prototypical setting, with the exception that a visible hydrant in the foreground was non positioned on the pavement besides a motorcar just unusually directly on the car. When people were exposed to such a scene for just 150 ms, followed past a scrambled backward mask, they "re-arranged" the setting by height-down processes based on their knowledge of hydrants and their typical positions on pavements. In this specific instance, people have indeed been deceived, because they study a scene which was in accordance with their knowledge simply not with the cess of the presented scene—merely for everyday deportment this seems unproblematic. Although y'all might indeed lose the link to the fine-detailed structure of a specific entity when strongly relying on top-downwardly processes, such an endeavour works quite brilliantly in most cases equally it is a all-time guess estimation or approximation—it works peculiarly well when we are running out of resources, e.thou., when nosotros are in a specific mode of being pressed for time and/or you are engaged in a series of other cognitive processes. Actually, such a mode is the standard fashion in everyday life. However, even if nosotros had the time and no other processes needed to be executed, we would not exist able to fairly procedure the big data of the sensory input.

The whole idea of this top-downwardly processing with schematized perception stems from F. C. Bartlett's pioneering series of experiments in a variety of domains (Bartlett, 1932). Bartlett already showed that we do non read the total data from a visual brandish or a narrative, but that we rely on schemata reflecting the essence of things, stories, and situations being strongly shaped past prior knowledge and its specific activation (see for a disquisitional reflection of Bartlett'south method Carbon and Albrecht, 2012).

Perception as a Grand Illusion

Reconstructing Human Psychological Reality

There is conspicuously an enormous gap between the big data provided by the external world and our strictly express capacity to process them. The gap widens even farther when taking into account that nosotros not only have to process the data only ultimately have to make articulate sense of the core of the given situation. The goal is to brand one (and just 1) decision based on the unambiguous interpretation of this situation in order to execute an advisable action. This very teleological style of processing needs inhibitory capabilities for competing interpretations to strictly favor one unmarried estimation which enables fast action without quarrelling near alternatives. In club to realize such a clear interpretation of a situation, we need a mental model of the external globe which is very clear and without ambiguities and indeterminacies. Ideally, such a model is a kind of caricature of physical reality: If there is an object to exist rapidly detected, the figure-ground contrast, e.m., should be intensified. If we need to identify the borders of an object under unfavorable viewing weather condition, information technology is helpful to raise the transitions from one edge to another, for instance. If nosotros want to easily diagnose the ripeness of a fruit desired for eating, information technology is most helpful when color saturation is amplified for familiar kinds of fruits. Our perceptual system has exactly such capabilities of intensifying, enhancing and amplifying—the event is the generation of schematic, prototypical, sketch-like perceptions and representations. Any metaphor for perception as a kind of tool which makes photos is fully misleading because perception is much more than blueprinting: it is a cerebral process aiming at reconstructing any scene at its core.

All these "intelligent perceptual processes" can well-nigh easily be demonstrated by perceptual illusions: For instance, when we expect at the inner horizontal bar of Figure iv, we find a continuous shift from light to night gray and from left to right, although at that place is no physical modify in the gray value—in fact merely one gray value is used for creating this region. The illusion is induced by the distribution of the peripheral grayness values which indeed evidence a continuous shift of grey levels, although in a opposite direction. The phenomenon of simultaneous contrast helps us to brand the contrast clearer; helping us to identify figure-ground relations more easily, more rapidly and more than securely.

Figure 4. Demonstration of the simultaneous contrast, an optical illusion already described as phenomenon 200 years ago by Johan Wolfgang von Goethe and provided in high quality and with an intense effect by McCourt (1982): the inner horizontal bar is physically filled with the same grey value all over, nevertheless, the periphery with its continuous change of gray from darker to lighter values from left to right induce the perception of a reverse continuous change of gray values. The offset one who showed the effect in a staircase of grades of gray was probably Ewald Hering (see Hering, 1907; pp. I. Teil, XII. Kap. Tafel II), who also proposed the theory of opponent color processing.

A similar principle of intensifying given physical relations by the perceptual system is now known equally the Chevreul-Mach bands (encounter Figure 5), independently introduced by chemist Michel Eugène Chevreul (encounter Chevreul, 1839) and by physicist and philosopher Ernst Waldfried Josef Wenzel Mach (Mach, 1865). Via the process of lateral inhibition, luminance changes from i bar to another are exaggerated, specifically at the edges of the confined. This helps to differentiate between the dissimilar areas and to trigger edge-detection of the bars.

Effigy 5. Chevreul-Mach bands. Demonstration of contrast exaggeration by lateral inhibition: although every bar is filled with one solid level of grey, we perceive narrow bands at the edges with increased contrast which does not reflect the physical reality of solid gray bars.

Constructing Human Psychological Reality

This reconstructive capability is impressive and helps us to get rid of ambiguous or indeterminate percepts. Notwithstanding, the power of perception is even more intriguing when we expect at a related phenomenon. When we analyze perceptual illusions where entities or relations are not only enhanced in their recognizability but even entirely synthetic without a concrete correspondence, then we can quite rightly speak of the "active construction" of homo psychological reality. A very prominent instance is the Kanizsa triangle (Figure 6) where we clearly perceive illusory contours and related Gestalts—actually, none of them exists at all in a physical sense. The illusion is so strong that we have the feeling of being able to grasp even the whole configuration.

Figure 6. Demonstration of illusory contours which create the clear perception of Gestalts. The so-called Kanizsa triangle named after Gaetano Kanizsa (see Kanizsa, 1955), a very famous instance of the long tradition of such figures displayed over centuries in architecture, fashion and ornamentation. We not just perceive two triangles, but even interpret the whole configuration as one with clear depth, with the solid white "triangle" in the foreground of some other "triangle" which stands bottom up.

To detect and recognize such Gestalts is very important for united states. Fortunately, we are not only equipped with a cognitive mechanism helping us to perceive such Gestalts, but nosotros also feel rewarded when having recognized them as Gestalts despite indeterminate patterns (Muth et al., 2013): in the moment of the insight for a Gestalt the now determinate design gains liking (the then-called "Artful-Aha-effect", Muth and Carbon, 2013). The detection and recognition procedure adds melancholia value to the blueprint which leads to the activation of even more cognitive energy to deal with it as it at present means something to us.

Conclusions

Perceptual illusions tin be seen, interpreted and used in two very different aspects: on the one mitt, and this is the common holding assigned to illusions, they are used to entertain people. They are a function of our everyday culture, they can kill fourth dimension. On the other hand, they are often the starting bespeak for creating insights. And insights, especially if they are based on personal experiences through elaborative processes actively, are perfect pre-weather condition to increment understanding and to ameliorate and optimize mental models (Carbon, 2010b). We can even combine both aspects to create an attractive learning context: past drawing people's attention via arousing and playful illusions, we generate allure towards the phenomena underlying the illusions. If people get actually interested, they will also invest sufficient time and cerebral energy to exist able to solve an illusion or to get an idea of how the illusion works. If they arrive at a college country of insight, they will benefit from understanding what kind of perceptual mechanism is underlying the phenomenon.

Nosotros tin of grade translate perceptual illusions equally malfunctions indicating the typical limits of our perceptual or cognitive organization—this is probably the standard perspective on the whole expanse of illusions. In this view, our systems are fallible, ho-hum, malfunctioning, and imperfect. We tin can, yet, too translate illusory perceptions equally a sign of our incredible, highly complex and efficient capabilities of transforming sensory inputs into understanding and interpreting the current situation in a very fast manner in lodge to generate adequate and goal-leading actions in good fourth dimension (meet Gregory, 2009)—this view is not yet the standard ane to be found in beginners' text books and typical descriptions or non-scientific papers on illusions. By taking into account how perfectly we deed in most everyday situations, we can experience the high "intelligence" of the perceptual arrangement quite hands and intuitively. We might not own the most perfect system when nosotros aim to reproduce the very details of a scene, but we can assess the core meaning of a complex scene.

Typical perceptual processes work and then brilliantly that nosotros can mostly human action appropriately, and, very of import for a biological system, we can act in response to the sensory inputs very fast—this has to be challenged past any technical, human-fabricated organization, and will always be the most important criterion for bogus perceptual systems. Following the research and engineering plan of bionics (Xie, 2012),where systems and processes of nature are transferred to technical products, we might exist well-advised to orient our developments in the field of perception to the characteristic processing of biological perceptual systems, and their typical beliefs when perceptual illusions are encountered.

Conflict of Interest Statement

The writer declares that the enquiry was conducted in the absence of any commercial or fiscal relationships that could be construed as a potential conflict of involvement.

Acknowledgments

This paper was strongly inspired by Richard L. Gregory's talks, texts and theories which I particularly enjoyed during the outset years of my research career. The outcome of these "perceptions" changed my "perception on reality" and so on "reality" as such. I would also like to thank 2 bearding reviewers who put much endeavour in assisting me to improve a previous version of this paper. Last merely not to the lowest degree I want to express my gratitude to Baingio Pinna, University of Sassari, who edited the whole Research Topic together with Adam Reeves, Northeastern University, USA.

Footnotes

1. ^ There is an interesting update in technology for demonstrating this effect putting forward by i of the reviewers. If you use the 2nd camera of your smartphone (the one for shooting "selfies") or your notebook camera and yous look at your depicted eyes very closely, and so the delay of building upwards the motion picture sequence is seemingly a bit longer than the saccadic suppression yielding the interesting effect of perceiving your own center movements directly. Annotation: I have tried information technology out and it worked, past the way best when using older models which might take longer for building up the images. You will perceive your heart movements particular clearly when executing relatively large saccades, e.chiliad., from the left periphery to the right and back.

References

Bartlett, F. C. (1932). Remembering: A Study in Experimental and Social Psychology. Cambridge: Cambridge University Press.

Biederman, I. (1981). "On the semantics of a glance at a scene," in Perceptual System, eds Grand. Kubovy and J. R. Pomerantz (Hillsdale, New Bailiwick of jersey: Lawrence Erlbaum), 213–263.

Dull, East. Grand. (1930). A new cryptic figure. Am. J. Psychol. 42, 444–445. doi: x.2307/1415447

CrossRef Full Text

Carbon, C. C., and Albrecht, Due south. (2012). Bartlett's schema theory: the unreplicated "portrait d'homme" series from 1932. Q. J. Exp. Psychol. (Hove) 65, 2258–2270. doi: 10.1080/17470218.2012.696121

Pubmed Abstract | Pubmed Total Text | CrossRef Total Text

Carbon, C. C., and Jakesch, Chiliad. (2013). A model for haptic aesthetic processing and its implications for design. Proc. IEEE 101, 2123–2133. doi: 10.1109/jproc.2012.2219831

CrossRef Full Text

Chevreul, One thousand.-East. (1839). De La loi du Contraste Simultané des Couleurs et de L'assortiment des Objets Colorés: Considéré D'après cette loi Dans ses rapports avec La peinture, les Tapisseries des Gobelins, les Tapisseries de Beauvais pour meubles, les Tapis, la Mosaique, les Vitraux colorés, Fifty'impression des étoffes, L'imprimerie, L'enluminure, La decoration des édifices, L'habillement et L'horticulture. Paris, France: Pitois-Levrault.

Gregory, R. Fifty. (1970). The Intelligent Eye. London: Weidenfeld and Nicolson.

Gregory, R. L. (1990). Eye and Brain: The Psychology of Seeing. 4th Edn. Princeton, Due north.J.: Princeton University Press.

Gregory, R. Fifty. (2009). Seeing Through Illusions. Oxford: Oxford University Press.

Gregory, R. 50., and Gombrich, Eastward. H. (1973). Illusion in Nature and Art. London/UK: Gerald Duckworth and Company Ltd.

Hering, E. (1907). Grundzüge der Lehre vom Lichtsinn. Sonderabdruck A.D. 'Handbuch der Augenheilkunde'. Leipzig, Germany: Due west. Engelmann.

Kanizsa, Yard. (1955). Margini quasi-percettivi in campi con stimolazione omogenea. Riv. Psicol. 49, seven–30.

Kant, I. (1787/1998). Kritik der Reinen Vernunft [Critique of Pure Reason]. Hamburg: Meiner.

Locher, P., Unger, R., Sociedade, P., and Wahl, J. (1993). At 1st glance: accessibility of the physical attractiveness stereotype. Sex Roles 28, 729–743. doi: x.1007/bf00289990

CrossRef Full Text

Mach, E. (1865). Über die wirkung der räumlichen vertheilung des lichtreizes auf die Netzhaut. Sitzungsberichte der Mathematisch-Naturwissenschaftlichen Classe der Kaiserlichen Akademie der Wissenschaften 52, 303–322.

Martindale, C. (1990). The Clockwork Muse: The Predictability of Creative Modify. New York: Bones Books.

Muth, C., Pepperell, R., and Carbon, C. C. (2013). Give me Gestalt! preference for cubist artworks revealing high detectability of objects. Leonardo 46, 488–489. doi: ten.1162/leon_a_00649

CrossRef Full Text

Nagel, T. (1974). What is information technology similar to be a bat? Philos. Rev. 83, 435–450.

Rayner, Thou., Foorman, B. R., Perfetti, C. A., Pesetsky, D., and Seidenberg, Thou. S. (2001). How psychological science informs the teaching of reading. Psychol. Sci. 2, 31–74. doi: ten.1111/1529-1006.00004

Pubmed Abstruse | Pubmed Full Text | CrossRef Full Text

Xie, H. (2012). A report on natural bionics in production design. Manuf. Eng. Automation 591–593, 209–213. doi: 10.4028/www.scientific.net/amr.591-593.209

CrossRef Full Text

Ziat, M., Hayward, V., Chapman, C. E., Ernst, M. O., and Lenay, C. (2010). Tactile suppression of deportation. Exp. Brain Res. 206, 299–310. doi: 10.1007/s00221-010-2407-z

Pubmed Abstract | Pubmed Full Text | CrossRef Full Text

How Would The Template Theory Of Perception Explain This Phenomenon?,

Source: https://www.frontiersin.org/articles/10.3389/fnhum.2014.00566/full

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