INTEGRATION OF LINGUISTIC AND PSYCHOLINGUISTIC MECHANISMS: A COGNITIVE NEUROLINGUISTIC INTERPRETATION OF THE TRANSLATION PROCESS

ZAMONAVIY TA'LIMDA FAN VA INNOVATSION TADQIQOTLAR http://zamtadqiqot.uz/index 3-son 10–to’plam 2025 y. Sahifa: 18 INTEGRATION OF LINGUISTIC AND PSYCHOLINGUISTIC MECHANISMS: A COGNITIVE NEUROLINGUISTIC INTERPRETATION OF THE TRANSLATION PROCESS Mukhammedova Mokhinur Bakberganovna MA graduate in Comparative Linguistics, Linguistic Translation Studies, Samarkand State Institute of Foreign Languages, Uzbekistan [email protected] Abstract: This thesis explores translation as a multidimensional phenomenon that emerges from the integration of linguistic, psycholinguistic, and neurolinguistic mechanisms. The study aims to interpret the translation process through a cognitiveneurolinguistic lens, emphasizing the interaction between language, thought, and brain functions. It examines how perception, semantic processing, memory activation, attention management, and the reproduction of meaning in another language are coordinated in the translator’s cognitive system. The role of short-term and long-term memory, semantic activation, and neural specialization (including the Broca and Wernicke areas) is analyzed in connection with translation competence. Furthermore, the research discusses the distinction between human and machine translation from a neurocognitive perspective, highlighting the creative and culturally adaptive nature of human cognition. Keywords: cognitive neurolinguistics, psycholinguistics, translation process, memory, semantic activation, attention, linguistic cognition, human vs. machine translation. Аннотация В данной статье исследуется когнитивно-лингвистический аспект перевода как сложного межъязыкового и межкультурного процесса. В центре внимания находится взаимодействие когнитивных структур, концептуальных ZAMONAVIY TA'LIMDA FAN VA INNOVATSION TADQIQOTLAR http://zamtadqiqot.uz/index 3-son 10–to’plam 2025 y. Sahifa: 19 категорий и языковых механизмов, которые обеспечивают смысловую эквивалентность при переводе. Особое внимание уделяется тому, как переводчик, обладающий двуязычной когнитивной системой, интерпретирует и перестраивает ментальные модели исходного текста, создавая новое смысловое пространство в языке перевода. Анализируется роль когнитивных процессов — таких как концептуализация, категоризация и метафоризация — в формировании переводческих стратегий и в сохранении культурно обусловленных значений. Теоретическая значимость работы заключается в интеграции когнитивной лингвистики и переводоведения для более глубокого понимания природы переводческой деятельности. Практическая ценность заключается в возможности применения полученных выводов в подготовке профессиональных переводчиков и разработке методик когнитивноориентированного анализа переводов. Ключевые слова: когнитивная лингвистика, переводоведение, концептуализация, метафора, смысловая эквивалентность, межкультурная коммуникация, когнитивные процессы Main part Translation is not a mere linguistic substitution of lexical and grammatical units between languages; rather, it represents a complex cognitive and psycholinguistic process in which perception, conceptualization, and linguistic production are intertwined within the translator’s mind. Traditional linguistic approaches, limited to semantic equivalence and structural correspondence, fail to account for the deeper neurocognitive mechanisms that make translation possible. Cognitive neurolinguistics provides a framework that links linguistic behavior with brain activity, revealing how comprehension and production of meaning depend on specific neural operations and cognitive structures. ZAMONAVIY TA'LIMDA FAN VA INNOVATSION TADQIQOTLAR http://zamtadqiqot.uz/index 3-son 10–to’plam 2025 y. Sahifa: 20 The translation process begins with speech perception — the decoding of phonetic signals and the recognition of linguistic patterns that carry meaning. This stage primarily involves the Wernicke area of the brain, which is responsible for semantic analysis and comprehension. The translator, however, does not simply decode words; rather, they activate an extensive network of linguistic and conceptual knowledge stored in long-term memory. Contextual interpretation, cultural background, and pragmatic intent shape the way meaning is understood and reconstructed. Therefore, comprehension is a dynamic process that integrates sensory perception with semantic prediction and conceptual mapping. Memory plays a crucial role in translation. Short-term memory enables the translator to temporarily store linguistic segments — phrases, clauses, or sentences — while reassembling them in the target language. Long-term memory provides access to the translator’s linguistic competence, encompassing grammar, vocabulary, idiomatic expressions, cultural references, and stylistic conventions. The interplay between these two types of memory ensures coherence, contextual adequacy, and semantic consistency throughout the translation. Cognitive neuroscience suggests that working memory is closely related to the prefrontal cortex, which also governs attention, planning, and decision-making — all vital functions in the translation process. Attention management is another essential component. During translation, attention is constantly shifted between comprehension and production, between the source text and the mental representation of the target text. The prefrontal cortex coordinates these shifts, maintaining balance between linguistic accuracy and communicative efficiency. When attention is overloaded or poorly distributed, translation errors tend to increase, demonstrating the direct connection between cognitive load and linguistic performance. This relationship underscores the need for translators to develop not only linguistic skills but also cognitive flexibility and attentional control. ZAMONAVIY TA'LIMDA FAN VA INNOVATSION TADQIQOTLAR http://zamtadqiqot.uz/index 3-son 10–to’plam 2025 y. Sahifa: 21 Semantic activation represents the core of meaning reconstruction. When a translator encounters a lexical or idiomatic unit, multiple semantic nodes within the mental lexicon become activated. Through inhibition and selection processes, only contextually relevant meanings are retained and integrated into the target language output. This dynamic activation-selection cycle explains why human translators outperform neural machine translation systems in handling ambiguity, idiomaticity, and metaphorical language. The right hemisphere of the brain contributes to figurative interpretation and associative reasoning, allowing human translators to detect nuances that artificial neural networks often fail to capture. In the final phase of translation — linguistic production — the Broca area is engaged, responsible for grammatical encoding, syntactic structuring, and articulatory planning. The translator reformulates the conceptual content derived from comprehension into coherent, stylistically appropriate, and contextually functional expressions in the target language. At this point, linguistic and psycholinguistic mechanisms converge: grammar, lexicon, pragmatics, and discourse structure interact under the control of cognitive monitoring systems that ensure accuracy and cohesion. The contrast between human and machine translation further illustrates the significance of neurolinguistic and psycholinguistic integration. Neural machine translation operates on pattern recognition and statistical prediction, processing language data without genuine understanding. Human translation, by contrast, relies on inferential reasoning, contextual awareness, and creative adaptation. The human brain possesses the ability to infer intentions, reconstruct cultural concepts, and adapt stylistic tone — capacities that stem from higher-order cognitive and affective mechanisms. Consequently, translation should be regarded as a human-centered cognitive act rather than a mechanical transfer of symbols. Conclusion. Translation is a sophisticated interplay of linguistic competence, psycholinguistic processes, and neurolinguistic mechanisms. It is both a cognitive ZAMONAVIY TA'LIMDA FAN VA INNOVATSION TADQIQOTLAR http://zamtadqiqot.uz/index 3-son 10–to’plam 2025 y. Sahifa: 22 and cultural act, where meaning is not merely transferred but re-conceptualized and re-constructed. 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