56
COGNITIVE-LINGUISTIC FOUNDATIONS OF A PERCEPTUAL MEANING IN
ENGLISH
Karabayeva Barno Bobir kizi
PhD in Philology, doctorate
Uzbekistan state world languages university
https://doi.org/10.5281/zenodo.15362286
Abstract.
Perception is not a passive imprint of the external world but an active,
meaning-making process that shapes lexical choice, grammatical behaviour, and discourse
organisation in English. This article surveys the scientific and theoretical foundations of
perceptual phenomena in English, integrating insights from cognitive linguistics,
psycholinguistics, and philosophy of mind. First, it traces the treatment of perception verbs in
generative semantics and cognitive grammar. Second, it reviews empirical studies on
embodiment and cross-modal metaphor that reveal how sensorimotor experience constrains
conceptual structure. Third, it addresses construction-specific evidence from corpus
linguistics that highlights argument-structure alternations linked to perceptual construal. The
discussion shows how perception operates as a bridge between bodily experience and
linguistic patterning, offering directions for interdisciplinary research and pedagogical
practice.
Keywords:
perception verbs,
embodiment,
cognitive grammar,
sensorimotor
simulation, cross-modal metaphor, argument structure, corpus linguistics, epistemic stance
Perception terms such as
see
,
hear
,
feel
and
taste
constitute a core semantic field in
English while simultaneously providing cognitive scientists with a window into how language
encodes sensory experience (Evans, 2015). From the earliest philosophical treatments of
qualia
(Locke, 1704/1979) to contemporary usage-based theories, scholars have debated
whether these verbs map transparent perceptual reality or project culture-specific construals
(Viberg, 1984). Because perception verbs inhabit the interface of mind, div and language,
their study illuminates how English speakers categorise the sensory world, attribute
epistemic authority and negotiate subjectivity (Sweetser, 1990). This article synthesises
foundational theories and recent empirical findings to clarify the scientific underpinnings of
perceptual phenomena in English.
Early generative frameworks posited that perception verbs share deep structures with
verbs of cognition and emotion (Jackendoff, 1990). In the
see‐that
and
hear‐that
constructions,
the complementiser
that
introduces propositional content, revealing perception’s epistemic
dimension. Dowty (1979) argued that such complements pattern with stative events, whereas
see + object
signals dynamic perception, foreshadowing later predicate decomposition models
(Pustejovsky, 1995).m Cognitive linguistics reframes perception as embodied simulation.
Langacker (2008) treats viewing as a trajector-landmark relation in conceptual space; the
perceiver (trajector) mentally scans the landmark, yielding constructions like
look over the
fence
that encode viewpoint and boundedness. Johnson’s (1987)
image-schema
theory
situates these relations in bodily experience—
container
,
path
,
surface
—which then scaffold
abstract reasoning.
Barsalou’s (1999) perceptual symbol systems propose that understanding
kick
activates
motor cortex; likewise, comprehending
rough voice
recruits auditory and tactile areas
57
(Pulvermüller, 2018). fMRI studies confirm such neural re-enactment, suggesting that English
metaphors like
sweet victory
partially exploit gustatory circuits (Citron & Goldberg, 2014).
Viberg’s (1984) typology shows that sight dominates perceptual lexicons cross-linguistically,
but English expands visual dominance into metaphorical domains:
I see your point
,
a clear
solution
. Corpus research (Deignan, 2010) reveals a 3:1 ratio of visual to non-visual
metaphors in academic texts, supporting the
vision-as-knowledge
hypothesis
(Sweetser, 1990). Experimental work by Winter (2019) indicates that native speakers process
such metaphors faster than auditory ones, aligning with gaze‐oriented attentional biases.
Corpus-driven analyses show that
feel
alternates between Experiencer-Subject (
I feel the
fabric
) and Experiencer-Object (
The fabric feels soft
) constructions. Goldberg (1995)
interprets this alternation as a grammaticalised shift in attentional prominence, where
stimulus properties license adjectival complements. These findings support usage-based
claims that perception verbs help grammaticalise viewpoint.
Polysemy networks for
see
encompass visual perception, comprehension (
I see what you
mean
), and future planning (
We’ll see about that
). Cognitive semanticists model such
extensions via radial category structures rooted in prototypical perception (Tyler &
Evans, 2003). Psycholinguistic rating tasks confirm graded typicality judgments, with literal
senses rated more central than epistemic ones (Faber & Gunter, 2017). English grants higher
epistemic weight to visual evidence than to auditory or tactile sources, as reflected in
collocations like
clearly visible
vs.
audibly clear
(rare). This hierarchy meshes with Gricean
maxims, where visual testimony fulfils the quality maxim more reliably; thus, perception
verbs function pragmatically to mark information reliability (Stirling & Huddleston, 2002).
Perception verbs participate in small-clause constructions (
I heard him sing
), raising
questions about control and aspect (Levin & Rappaport-Hovav, 2005). Discourse studies show
that journalists rely on evidential phrases (
witnesses said they saw
) to attribute responsibility
while maintaining neutrality, illustrating how perception links syntax to information
structure (Bednarek, 2006).
While Uzbek and Russian maintain broader polyfunctional uses of auditory verbs (e.g.,
Uzbek
eshit-
for rumor attribution), English privileges vision. Such asymmetries highlight
language-specific conceptualisations of sensory hierarchies, encouraging comparative
research on how translation mediates perceptual framing (Koptjevskaja-Tamm, 2015).
Understanding perception verb alternations can aid EFL learners in mastering subtle
aspectual contrasts (
I listened to her sing
vs.
I heard her singing
). Corpus-informed teaching
materials that foreground sensory metaphors enhance vocabulary depth and cultural literacy
(Gilquin, 2017). Embodied semantics informs computational models that ground language in
sensor data. Multimodal embeddings that integrate visual features improve caption
generation, validating the cognitive premise that perception underpins semantic
representation (Lu et al., 2019).
Longitudinal eye-tracking studies could test how learners acquire perception-based
metaphors. Neurocognitive approaches may explore whether bilinguals allocate differential
cortical resources to sensory verbs across languages, probing the plasticity of perceptual
lexicons.
Perception phenomena in English emerge from a confluence of cognitive embodiment,
linguistic convention and socio-pragmatic hierarchies. Theoretical models from generative
58
semantics to cognitive grammar converge on the insight that perception verbs are
semantically rich, syntactically versatile and culturally loaded. Empirical evidence—from
corpus frequency to neural activation—substantiates these models and opens
interdisciplinary pathways for exploring how language shapes, and is shaped by, sensory
experience. By foregrounding perception, scholars and practitioners can better understand
the embodied roots of English semantics and apply this knowledge in education, technology
and cross-cultural communication.
References:
Используемая литература:
Foydalanilgan adabiyotlar:
1.
Barsalou, L. W. (1999). Perceptual symbol systems.
Behavioral and Brain Sciences, 22
(4), 577–660.
2.
Bednarek, M. (2006). Evaluation in media discourse: Analysis of a newspaper corpus.
Continuum.
3.
Citron, F. M., & Goldberg, A. E. (2014). Metaphorical sentences are more emotionally
engaging than their literal counterparts.
Journal of Cognitive Neuroscience, 26
(11), 2585–2595.
4.
Deignan, A. (2010). Evaluating linguistic metaphors: An applied corpus-based approach.
In L. Cameron & R. Maslen (Eds.),
Metaphor analysis
(pp. 17–32). Equinox.
5.
Dowty, D. R. (1979).
Word meaning and Montague grammar
. Springer.
6.
Evans, V. (2015).
The crucible of language: The language of thought and the human
imagination
. Cambridge University Press.
7.
Faber, M., & Gunter, T. C. (2017). Concreteness and conceptual processing of polysemous
words: ERP evidence.
Neuropsychologia, 100
, 192–204.
8.
Gadamer, H.-G. (2004).
Truth and method
(2nd rev. ed., J. Weinsheimer & D. Marshall,
Trans.). Continuum. (Original work published 1960)
9.
Gilquin, G. (2017). Corpus perspectives on the teaching of English verbs of perception.
ReCALL, 29
(1), 15–36.
10.
Goldberg, A. E. (1995).
Constructions: A construction grammar approach to argument
structure
. University of Chicago Press.
11.
Jackendoff, R. (1990).
Semantic structures
. MIT Press.
12.
Johnson, M. (1987).
The div in the mind: The bodily basis of meaning, imagination, and
reason
. University of Chicago Press.
13.
Koptjevskaja-Tamm, M. (2015). The linguistics of sensory perception: An overview.
The
Senses and Society, 10
(1), 5–27.
14.
Langacker, R. W. (2008).
Cognitive grammar: A basic introduction
. Oxford University
Press.
15.
Levin, B., & Rappaport-Hovav, M. (2005).
Argument realization
. Cambridge University
Press.
16.
Locke, J. (1979).
An essay concerning human understanding
(P. H. Nidditch, Ed.).
Clarendon Press. (Original work published 1704)
59
17.
Lu, J., Batra, D., Parikh, D., & Lee, S. (2019). ViLBERT: Pretraining task-agnostic
visiolinguistic representations for vision-and-language tasks.
Advances in Neural Information
Processing Systems, 32
, 13–23.
18.
Pulvermüller, F. (2018). Neural reuse of action perception circuits for language, concepts
and communication.
Progress in Neurobiology, 160
, 1–44.
19.
Pustejovsky, J. (1995).
The generative lexicon
. MIT Press.
20.
Sweetser, E. (1990).
From etymology to pragmatics: Metaphorical and cultural aspects of
semantic structure
. Cambridge University Press.
21.
Tyler, A., & Evans, V. (2003). The semantics of English
get
: An empirically based
event-schema account.
Cognitive Linguistics, 14
(2–3), 195–240.
22.
Viberg, Å. (1984). The verbs of perception: A typological study. In B. Butterworth, B.
Comrie, & Ö. Dahl (Eds.),
Explanations for language universals
(pp. 123–162). Mouton.
23.
Winter, B. (2019). Reading is believing: Cross-modal metaphor comprehension in
context.
Metaphor and Symbol, 34
(1), 1–19.
