How a cardiometer and a polygraph help improve the quality of self-awareness by increasing personal self-efficacy

Автор: Likhacheva E.V., Ognev A.S.

Журнал: Cardiometry @cardiometry

Рубрика: Original research

Статья в выпуске: 31, 2024 года.

Бесплатный доступ

The article shows how exactly it is possible, using a selection of specially prepared visual stimuli, to launch such a mental dialogue by the respondent with his/her internal subpersonalities, denoting complex ideas about his/her desirable and undesirable qualities, which allows him/her to obtain authentic information about his/her Self-concept instrumentally. It is also shown that, according to the data obtained, the process of a person’s awareness of his/her personal characteristics is facilitated by the correlation of his/her ideas about himself/herself in the form of a certain metaphorically described during multimodal game modeling of the Self-concept in the form of answers to questions about what this “my Self” is, with that, which in its complex form he/she classifies as such a complex formation as “not-I”.

Еще

Cardiometry, oculometry, projective psychodiagnostics, psychomemantics, psychocorrection, personal vitality

Короткий адрес: https://sciup.org/148328849

IDR: 148328849   |   DOI: 10.18137/cardiometry.2024.31.1924

Список литературы How a cardiometer and a polygraph help improve the quality of self-awareness by increasing personal self-efficacy

  • Azarov AA, et al. PREDICTOR MINING: application of data mining methods in social computing tasks. Proceedings of SPIIRAS. 2013;3(26):136-61. EDN:QIXKLB [in Russian]
  • Brodovskaya EV, et al. Internet communications of Russian political parties in the current electoral cycle: results of oculometric analysis of network content. Political Science. 2021;3:112-41. EDN:GTYLYP [in Russian]
  • Dombrovskaya AYu. Measuring the image of the future of the Russian Federation in the minds of Russian youth: cognitive science and cybermetry in applied political research. Humanities. Bulletin of the Financial University. 2023;13(3):128-34. EDN GOTQLV. [in Russian]
  • Ognev AS, Likhacheva EV. The practice of introducing positive-oriented subjectogenesis into the system of higher education. Psychology. Journal of the Higher School of Economics. 2014;11(2):51-67. EDN: TWHXML [in Russian]
  • Rosenova MI, et al. Methods for assessing the effectiveness of Sandplay therapy for adults. Modern foreign psychology. 2022;11(4):61-72. EDN:IACGGP [in Russian]
  • Rosenova MI, et al. Modern anti-stress technologies in extreme and helping professions. Modern foreign psychology. 2023;12(3):19-30. EDN: QRQMSY [in Russian]
  • Rosenova MI, et al. Stress and fear in extreme situations. Modern foreign psychology. 2020;9(1):94-102. EDN: YAXMRI [in Russian]
  • Rosenova MI, et al. Fear as a mental health crisis in the context of global risks and changes. Modern foreign psychology. 2021;10(1):17-26. EDN: JMSWTE [in Russian]
  • Stolin VV. Personal self-awareness. Moscow: Moscow State University Publishing House, 1983. 285 p.
  • Brodovskaya EV, et al. Cardiometric assessment of the subjective significance of personal strategic goals as components of the image of the desired future. Cardiometry. 2022;24:159-64. EDN: YFZKIS [in Russian]
  • Brodovskaya EV, et al. Cardiometric assessment of visual stimuli to identify likely reactions to destructive network content. Cardiometry. 2023;29:47-53. EDN: SNSUKW
  • Brodovskaya EV, et al. Reverse techniques as a means of increasing the validity of the cardio-oculometric diagnostics. Cardiometry. 2021;18:33-7. EDN: DJTXKL
  • Brodovskaya EV, et al. The use of cardiometric and electrodermal activity indicators for the attestation of visual online content. Cardiometry. 2023;26:122-6. EDN: VGXIPQ
  • Likhacheva EV, Ognev AS, Kazakov KA. Hardiness and purpose in life of modern Russian students. Middle East Journal of Scientific Research. 2013;14(60)795-8.
  • Ognev AS. Cardio-oculometric (cardio-oculographic) detection of functional states in a human individual. Cardiometry. 2019;14:105. EDN: KJSPIZ
  • Ognev AS. New possibilities of combining multimodal game modeling and cardiometric detection in instrumental cognitive science. Cardiometry. 2023;28:13-8. EDN: TBNXMP
  • Ognev AS. The use of visual stimuli in combination with measured cardiometric and galvanic skin reactions to identify the hierarchy of moral and ethical regulators in individual’s social behavior. Cardiometry. 2024;30:55-61. EDN TPBJZS.
  • Ognev AS, Likhacheva EV. Implementation of Positive Subjectivity Genesis in Higher Education System. Psychology. Journal of the Higher School of Economics. 2014;11(2):51-67. EDN: TWHXML
  • Ognev AS, et al. Cardiometric detection of effects and patterns of emotional responses by a human individual to verbal, audial and visual stimuli. Cardiometry. 2019;14:79-86. EDN: OUWRLY
  • Ognev AS, et al. Cardiometric taxonomy of stress-indicators potential in diverse domestic situations. Cardiometry. 2019;14:101-104. EDN: LNQTOU
  • Ognev AS, et al. Use of cardiometry and oculography in concealed information detection. Cardiometry. \2019;14:87-95. EDN: VUAFMP
  • Ognev AS, et al. Validity of cardiometric performance data: an integral part of complex assessment of training session effectiveness. Cardiometry. 2019;14:96-100. EDN: YWMEUX
  • Zernov VA, et al. Cardiometric fingerprints of various human ego states. Cardiometry. 2019;15:38-42. EDN: FGZNDX
  • Zernov VA, et al. Cardio-oculometric indicator of psychophysiological readiness of students to examinations. Cardiometry. 2020;16:28-34. EDN: USIYPP
  • Zernov VA, et al. Cardiometric confirmations of psychotherapeutic effectiveness of psychological sand modeling. Cardiometry. 2021;19:38-42. EDN: BFXJSF
  • Zernov VA, et al. Cardiometric evidence data on human self-control of emotional states in the context of the use of metaphoric associative cards. Cardiometry. 2020;16:55-61. EDN: KDHMIH
  • Zernov VA, et al. Cardiometric support of visual kinetic modeling. Cardiometry. 2022;23:41-5. EDN: EOLVJT
  • Zernov VA, et al. The use of Cardiometry in development self-control skills by means of game sand modeling. Cardiometry. 2022;22:95-9. EDN: QNGXRQ
Еще
Статья научная