scidialНаучный диалогNauchnyi dialog2225-756X2227-1295Limited Liability Company "Center for Scientific and Educational Projects" (CSEP)10.24224/2227-1295-2023-12-5-9-38scidial-4600Research ArticleЯЗЫКОЗНАНИЕLINGUISTICSЭлектрофизиологические корреляты цветовой категоризации: обзор нейролингвистических исследований, разработанных с использованием парадигмы необычного стимула (оддболл-парадигмы)Color Categorization and its Electroencephalography Correlates: A Review of Neuro-Linguistic Oddball Paradigm Researchhttps://orcid.org/0000-0002-2603-5928ГриберЮ. А.GriberYu. A.

Грибер Юлия Александровна - доктор культурологии, профессор кафедры социологии и философии, Researcher ID AAG-4410-2019.

Смоленск

Yulia A. Griber - Doctor of Cultural Studies, Professor, Departament of Sociology and Philosophy, Researcher ID AAG-4410-2019.

Smolensk

y.griber@gmail.comСмоленский государственный университетРоссияSmolensk State UniversityRussian Federation202327062023125938Copyright © Грибер Ю.А., 20232023Грибер Ю.А.Griber Y.A.Данная работа распространяется под лицензией Creative Commons Attribution 4.0.This work is licensed under a Creative Commons Attribution 4.0 License.https://www.nauka-dialog.ru/jour/article/view/4600

Представлен обзор нейролингвистических исследований цветовой категоризации, разработанных с использованием парадигмы необычного стимула (оддболл-парадигмы). Отбор источников исследования осуществлялся через системы РИНЦ, Google Scholar, Scopus, Web of Science. Проанализированы полные тексты всех статей данной тематики за последние 15 лет (первая — в 2007 году). Проведенный анализ позволил сделать выводы о традиционной методологии исследования и выделить пять тематических групп исследований, разработанных с использованием парадигмы необычного стимула. Показано, что фокус нейролингвистических исследований направлен на (1) изучение природы нейрофизиологических механизмов цветовой категоризации и их временные параметры; (2) исследование механизмов цветовой категоризации у не умеющих говорить младенцев; (3) изучение эффекта латерализации; (4) анализ межъязыковых и внутриязыковых различий цветовой категоризации; (5) определение нейрофизиологических коррелятов искусственных цветовых категорий. Особое внимание к экспериментальному дизайну, принципам выбора хроматических характеристик стимулов и полученным авторами результатам позволит специалистам в области теоретической, прикладной и сравнительной лингвистики использовать представленный в статье обзор в качестве основы для планирования и разработки новых экспериментальных исследований в этой области.

This paper presents a review of neuro-linguistic studies on color categorization, developed using the oddball paradigm. The selection of research sources was conducted through Russian National Corpus, Google Scholar, Scopus, Web of Science. This study undertook a comprehensive analysis of all relevant articles published within the last 15 years (with the earliest dating back to 2007). Through this analysis, traditional methodologies were identified and five thematic groups of research were established, all of which employed the oddball paradigm. The focus of neuro-linguistic research has been shown to be directed towards (1) studying the neurophysiological mechanisms of color categorization and their temporal parameters; (2) investigating the mechanisms of color categorization in preverbal infants; (3) examining the effect of lateralization; (4) analyzing inter- and intra-linguistic differences in color categorization; and (5) determining the neurophysiological correlates of artificial color categories. Paying particular attention to experimental design, principles of stimulus chromatic characteristics selection, and the results obtained by the authors will enable specialists in the field of theoretical, applied, and comparative linguistics to use the review presented in this article as a basis for planning and developing new experimental research in this area.

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The authors declare that there are no conflicts of interest present.