Scientific Herald of Uzhhorod University. Series "Physics"

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Scientific Herald of Uzhhorod University. Series "Physics"

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Theatricality in contemporary symphonic music

Issue 56, 2024

Valerii Marchenko, Cheng Yunjia, Lin Yitong, Iryna Antonyuk, Oleksii Khovpun

Received 07.09.2023, Revised 16.12.2023, Accepted 04.03.2024

https://doi.org/10.54919/physics/56.2024.46fhi5

Abstract

Relevance. Research into the transformation of symphonic music is a topical but understudied subject. Since the beginning of the 20th century, symphonic music has evolved significantly, experiencing changes in form and audience popularity. Contemporary symphonic music, while transformed, remains integral to the theatrical world. Understanding these transformations is crucial for appreciating the ongoing relevance and innovation in symphonic music.

Purpose. This study aims to investigate modern trends in symphonic music and explore the works of contemporary composers. It examines examples of contemporary symphonic music and their performance on theatrical stages, shedding light on the intersection of symphony and theater.

Methodology. The study employs historical research methods, along with analysis and synthesis techniques, to examine information about contemporary symphonic music, contemporary composers, and their works.

Results. The study identifies key trends and transformations in contemporary symphonic music. It highlights the contributions of significant composers and examines their works' impact on both symphonic and theatrical performances. The research underscores the diversity and innovation in modern symphonic music, reflecting a blend of traditional and contemporary elements. The research focuses on composers such as Gustav Mahler, Philip Glass, Michael Nyman, Steve Reich, and others. The study also analyzes musical styles that have influenced modern symphonic music trends.

Conclusions. Contemporary symphonic music has undergone significant transformations while maintaining its relevance in the theatrical domain. The study's findings reveal the intricate relationship between symphony and theater, showcasing the adaptability and enduring appeal of symphonic music. Understanding these trends and influences is essential for appreciating the dynamic landscape of contemporary symphonic music.

Keywords: orchestra; theatre; musical art; composer; symphony; contemporary music

Suggested citation

Marchenko V, Yunjia Ch, Yitong L, Antonyuk I, Khovpun O S. Theatricality in Contemporary Symphonic Music. Sci Herald Uzhhorod Univ Ser Phys. 2024;(56):465-470. DOI: 10.54919/physics/56.2024.46fhi5

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References

  1. Dobson MC. New audiences for classical music: The experiences of non-attenders at live orchestral concerts. J New Mus Res. 2010;39(2):111–124.
  2. Radbourne J, Johanson K, Glow H, White T. The audience experience: Measuring quality in the performing arts. Int J Arts Manag. 2009;11(3):16–29.
  3. O’Sullivan T. All together now: A symphony orchestra audience as a consuming community. Consum Mark Cult. 2009;12(3):209–223.
  4. Rotshtein AP, Posner M, Rakytyanska HB. Cause and effect analysis by fuzzy relational equations and a genetic algorithm. Reliab Eng Syst Saf. 2006;91(9):1095-1101.
  5. Kramer L. Why Classical Music Still Matters. London: University of California Press; 2007.
  6. Sabibolda A, Tsyporenko V, Tsyporenko V, Smailov N, Zhunussov K, Abdykadyrov A, Baigulbayeva M, Duisenov N. Improving the accuracy and performance speed of the digital spectralcorrelation method for measuring delay in radio signals and direction finding. East-Eur J Enter Tech. 2022;1(9-115):6-14.
  7. Momynkulov Z, Dosbayev Z, Suliman A, Abduraimova B, Smailov N, Zhekambayeva M, Zhamangarin D. Fast Detection and Classification of Dangerous Urban Sounds Using Deep Learning. Comp Mater Cont. 2023;75(1):2191-2208.
  8. Crawford G, Gosling V, Bagnall G, Light B. Is there an app for that? A case study of the potentials and limitations of the participatory turn and networked publics for classical music audience engagement. Inf Comm Soc. 2014;17(9):1072–1085.
  9. Sigurjonsson N. Orchestra audience development and the aesthetics of “customer comfort.” J Arts Manag Law Soc. 2010;40(4):266–278.
  10. Reynolds R. The last word is: Imagination: A study of the spatial aspects of varese’s work (Part I: Written evidence). Persp New Mus. 2013;51(1):196–255.
  11. Fialko NM, Prokopov VG, Meranova NO, Borisov YuS, Korzhik VN, Sherenkovskaya GP. Temperature conditions of particle-substrate systems in a gas-thermal deposition process. Fiz Khim Obrabot Mater. 1994;(2):59-67.
  12. Lyubchyk A, Lygina O, Lyubchyk S, Fonseca I, Tulepov M, Mansurov Z, Lyubchik S. Activated carbons from co-mingled liquid and solid organic wastes. Eur Chem-Tech J. 2015;17:47-65.
  13. Scipio AD. The orchestra as a resource for electroacoustic music on some works by Iannis Xenakis and Paul Dolden. J New Mus Res. 2004;33(2):173–183.
  14. Prokopov VG, Fialko NM, Sherenkovskij YuV, Sherenkovskaya GP, Borisov YuS, Korzhik VN, Murashov AP. Analysis of temperature conditions in the system ″coating-sublayer-basis″ under gas-thermal spray-coating of composite powders. Elekt Obrabot Mater. 1992;(2):12-15.
  15. Petrov EG, Shevchenko YV, Gorbach VV, Lyubchik S, Lyubchik A. Features of gate-tunable and photon-field-controlled optoelectronic processes in a molecular junction: Application to a ZnPc-based transistor. AIP Adv. 2022;12(10):105020.
  16. Orazbayev B, Tanirbergenova A, Orazbayeva K, Berikbaeva M, Kaliyeva S, Kurmangaziyeva L, Makhatova V. Decision Making for Control of the Gasoline Fraction Hydrotreating Process in a Fuzzy Environment. Process. 2024;12(4):669.
  17. Noble J, McAdams S. Sound mass, auditory perception, and ‘post-tone’ music. J New Mus Res. 2020.
  18. Dobson MC, Pitts SE. Classical cult or learning community? Exploring new audience members’ social and musical responses to first-time concert attendance. Ethnomus For. 2011;20(3):353–383.
  19. Boerner S, Jobst J. The perception of artistic quality in opera – Results from a field study. J New Mus Res. 2008;37(3):233–245.
  20. Borisov Y, Korzhyk V. Internal stresses in plasma coatings with an amorphous structure. Proceed Int Therm Spr Conf. 1998;1:693-697.
  21. Kunitskii YuA, Korzhik VN, Nemirovskii AV. Transformations in the plasma-sprayed Fe67Ti7B24C2 alloy in heating. Sov Mater Sci. 1990;26(1):87-90.
  22. Piera MA, Buil R, Ginters E. State space analysis for model plausibility validation in multi-agent system simulation of urban policies. J Simulat. 2016;10(3):216-226.
  23. Boerner S, Neuhoff H, Renz S, Moser V. Evaluation in music theater: Empirical results on content and structure of the audience’s quality judgment. Emp Stud Arts. 2008;26(1):15–35.
  24. Buil R, Piera MA, Ginters E. Multi-agent system simulation for urban policy design: Open space land use change problem. Int J Model Simulat Sci Comp. 2016;7(2):1642002.
  25. Thompson S. Audience responses to a live orchestral concert. Mus Sci. 2006;10(2):215–244.
  26. Kolb BM. The effect of generational change on classical music concert attendance and orchestras’ responses in the UK and US. Cult Trends. 2001;11(41):1–35.
  27. Schapovalova O, Gorlova A, de Munter J, Sheveleva E, Eropkin M, Gorbunov N, Sicker M, Umriukhin A, Lyubchyk S, Lesch KP, Strekalova T, Schroeter CA. Immunomodulatory effects of new phytotherapy on human macrophages and TLR4- and TLR7/8-mediated viral-like inflammation in mice. Front Med. 2022;9:952977.
  28. Kvyetnyy R, Bunyak Y, Sofina O, Kotyra A, Romaniuk RS, Tuleshova A. Blur recognition using second fundamental form of image surface. Proceed SPIE Int Soc Optic Eng. 2015;9816:98161A.
  29. London J. Hearing in time: Psychological aspects of musical meter. Oxford: Oxford University Press; 2004.
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