Lomonosov Psychology Journal
ISSN 0137-0936
eISSN 2309-9852
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ISSN 0137-0936
eISSN 2309-9852

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learning

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Glotova G.A., Khamitova P.A. (2017). Notions of school students about project and research activity. Moscow University Psychology Bulletin, 4, 34-53

Ideas of the school students having experience of participation in the educational project and research activity (PRA) about educational researches and projects are considered that is relevant due to the need of formation, since high school, experts of research type. 

Objective: to reveal the attitude of school students towards various aspects of project and research activity. 

Methods: “Unfinished sentences”; questioning on the questions connected with participation in PRA; nonverbal method “Emoticons”. Sample included 84 school students of the fifth, sixth, eighth and ninth grades. 

Results: The unfinished sentences method identified seven categories of definitions that school students give to educational researches and projects. Questioning has shown that school students prefer voluntary participation in educational project and research activity; concerning preference of educational researches or projects there are differences in verbal and nonverbal answers, however in ninth grade both methods found that students preferred educational researches to projects; the readiness for implementation of educational projects on all studied subjects from a third to a half of school students has been estimated by low points; the desire in future professional activity to carry out projects and researches has been estimated, mainly, by average points. 

Conclusions: The revealed general tendency reflects the positive attitude towards the above-named educational technology; however, there are both significant individual differences, and the differences between grades in ideas of school students of project and research activity and the attitude towards it demanding profound studying for the purpose of further improvement of this educational technology.

Received: 11/28/2017

Accepted: 12/19/2017

Pages: 34-53

DOI: 10.11621/vsp.2017.04.34

Keywords: educational projects and researches; learning; interests and preferences of pupils; readiness for project and research activity;

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Available Online: 12/30/2017

Sidneva A.N. About two approaches to teaching the ability to learn in the Russian psychological and pedagogical sciences // The Moscow University Psychology Bulletin 2008 №1 p. 37-48

Two approaches to teaching the ability to learn in the Russian psychological and pedagogical sciences are analyzed in the article. The first one means we teach the ability to learn directly and the second focuses on developing this ability by changing the content and forms of learning. We come to the conclusion about the connection between these approaches with understanding the specifics of learning.

Received: 06/01/2007

Pages: 37-48

Keywords: ability to learn; learning; teaching the ability to learn; specifics of learning; third type of orienting basis; theoretical concept;

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Palikhova T.A.(2010).Neurons and synapses of the snail Helix in E.N. Sokolov’s vector psychophysiology . Moscow University Psychology Bulletin, 4, 149-164

Terrestrial snails Helix are the strategic objects for the psychophysiological studies at the scientific school united by the research strategy “Human—Neuron—Model”. E.N. Sokolov considered studies of the snails’ neurons as very meaningful for the theory of psychophysiology. The unified spherical model developed by Sokolov using vectorial approach consists from the elements similar to the nerve cells. “Simpler nervous systems” of mollusks such the snails present a possibility for experimental testing of spherical model at the level of real neurons and synapses. A task of following talk is to present the results obtained at the snails’ neurons under leadership of E.N. Sokolov and the experiments that he planned for future studies of the spherical model at the level of neurons and synapses.

Pages: 149-164

Keywords: spherical model; neuron; synapse; excitatory and inhibitory postsynaptic potentials (EPSP and IPSP); learning; memory plasticity; memory;

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