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Background. The article is dedicated to the 100th anniversary of the birth of Nina Fedorovna Talyzina (1923–2018) — a famous Russian (Soviet) psychologist, specialist in the field of didactics and psychology of teaching and learning, one of the students and followers of P.Y. Galperin, author of the activity theory of learning, creator of the Department of Pedagogy and Educational Psychology at the Faculty of Psychology of Lomonosov Moscow State University Objectives. The focus of the article is on the restoration of the scientific biography of N.F. Talyzina as well as on the identification of the main directions of research carried out under her leadership and with her direct participation. Methods. In this historical and psychological research, the oral and written speeches of N.F. Talyzina, as well as biographical and archival materials were analysed. Results. The article presents the main stages of the scientific biography of N.F. Talyzina. N.F. Talyzina completed her Cand. Sci. (Psychology) thesis on the topic “Inferences in solving geometric problems” under the supervision of P.A. Shevarev at the graduate school of the Research Institute of Psychology of the Academy of Pedagogical Sciences of the RSFSR (now PI RAO). After defending the thesis in 1950 she began working at Moscow University. At Lomonosov Moscow State University N.F. Talyzina made her way from assistant (1950-1952), senior lecturer (1952–1960), associate professor (1960–1963) of the Department of Psychology of the Faculty of Philosophy to the head of the Department of Pedagogy of Humanities Faculties (1963–1966), and then head of the Department of Pedagogy and Educational Psychology (1966–1995) of the Faculty of Psychology created in 1966. In 1970, N.F. Talyzina defended her doctoral dissertation on the topic “Psychological foundations of managing knowledge acquisition.” In 1989, on the initiative of N.F. Talyzina a Training Center for retraining university employees in the field of psychological and pedagogical foundations of the educational process in higher education at the Faculty of Psychology of Lomonosov Moscow State University was created. In 1995 N.F. Talyzina left the post of the head of the department and for 20 years until 2015 she remained a professor at the above-mentioned Training Center. From 2015 until the end of her life N.F. Talyzina was a leading researcher at the Laboratory of Educational Psychology at the Department of Psychology of Education and Pedagogy. Conclusions. The ideas about the controlled formation of concepts developed by N.F. Talyzina not only received experimental testing, but were also used in organizing school and vocational instruction.

Background. The article discusses the issue of the psychological foundations of the content and methods of school teaching on the example of a mathematics course at primary school. Objectives. The study focuses on the pedagogical and psychological analysis of Ya.I. Abramson’s programme in mathematics, based on the theory of the gradual formation of mental actions and concepts by P.Ya. Galperin. Methods. Theoretical analysis of publications reflecting the results of using the author’s mathematics programme in school practice. Results. Based on L.S. Vygotsky’s ideas about the relationship between learning and mental development and the theory of the gradual formation of mental actions and concepts by P.Ya. Galperin, a scientific and psychological substantiation of Ya.I. Abramson’s original programme in mathematics for teaching primary schoolchildren is provided. The research also provides a brief description of the programme followed by a psychological analysis of the results of testing in Moscow schools. This educational programme has been shown to be highly effective. Conclusions. The data obtained serve as practical confirmation of the effectiveness of training based on the third type of orientation and learning in the theory of P.Ya. Galperin. In addition, they clearly demonstrate the correctness of P.Ya. Galperin’s position on the need to highlight the subject matter of the area being studied from the first steps of school education, which, in turn, once again illustrates the heuristic potential of P.Ya. Galperin’s general psychological theory and the possibility of its application to various areas of social practice, primarily in solving educational problems.

Background. "is article is dedicated to the 100-year anniversary of the birth of N.F. Talyzina and contains an assessment of the prospects for developing ways to master a scienti!c concept, in theories of learning according to the activity approach. "e assessment takes into account achievements following the approach of L.S. Vygotsky, the “conceptual changes” approach, and theories of the psychology of insightful problem solving. Objective. To demonstrate the necessity and productivity of the activity approach to scienti!c concepts that students learn as forms of constructive criticism. Method. A comparative analysis of the theories of the activity approach to learning, the approach of L.S. Vygotsky, the “conceptual changes” approach, and theories of the psychology of insightful problem solving, from the standpoint of identifying the most e#ective way of mastering scienti!c concepts. Results. "e main substantiated thesis of the article is that mastery of a scienti!c concept is most e#ective when it is presented as a form of constructive criticism of another concept. Conclusion. Taking into account the conceptual forms of constructive criticism allows us to outline the actual paths of development of the activity approach to learning. "ese forms were developed, on the one hand, through the methodology of science, and on the other, in a less developed way, through the psychology of insightful problem solving, with reliance on certain forms of “critical” action. In particular, when using a special kind of obstacle to teach a task, it is proposed to use the analysis of “full insight” to reveal a special type of reason for an erroneous action.

Background: This article is dedicated to the 100-year anniversary of the birth of N.F. Talyzina and contains an assessment of the prospects for developing ways to master a scientific concept, in theories of learning according to the activity approach. The assessment takes into account achievements following the approach of L.S. Vygotsky, the "conceptual changes" approach, and theories of the psychology of insightful problem solving., Objective: To demonstrate the necessity and productivity of the activity approach to scientific concepts that students learn as forms of constructive criticism., Method: A comparative analysis of the theories of the activity approach to learning, the approach of L.S. Vygotsky, the "conceptual changes" approach, and theories of the psychology of insightful problem solving, from the standpoint of identifying the most effective way of mastering scientific concepts., Results: The main substantiated thesis of the article is that mastery of a scientific concept is most effective when it is presented as a form of constructive criticism of another concept., Conclusion: Taking into account the conceptual forms of constructive criticism allows us to outline the actual paths of development of the activity approach to learning. These forms were developed, on the one hand, through the methodology of science, and on the other, in a less developed way, through the psychology of insightful problem solving, with reliance on certain forms of "critical" action. In particular, when using a special kind of obstacle to teach a task, it is proposed to use the analysis of "full insight" to reveal a special type of reason for an erroneous action., (© Lomonosov Moscow State University, 2023© Russian Psychological Society, 2023.)