Triarhou Lazaros C
Laboratory of Theoretical and Applied Neuroscience and Graduate Program in Neuroscience and Education, University of Macedonia Thessalonica, Greece.
Front Psychol. 2016 Mar 15;7:364. doi: 10.3389/fpsyg.2016.00364. eCollection 2016.
Science can uncover neural mechanisms by looking at the work of artists. The ingenuity of a titan of classical music, the Russian composer Alexander Scriabin (1872-1915), in combining all the sensory modalities into a polyphony of aesthetical experience, and his creation of a chord based on fourths rather than the conventional thirds are proposed as putative points of departure for insight, in future studies, into the neural processes that underlie the perception of beauty, individually or universally. Scriabin's "Omni-art" was a new synthesis of music, philosophy and religion, and a new aesthetic language, a unification of music, vision, olfaction, drama, poetry, dance, image, and conceptualization, all governed by logic, in the quest for the integrative action of the human mind toward a "higher reality" of which music is only a component.
科学可以通过研究艺术家的作品来揭示神经机制。俄罗斯作曲家亚历山大·斯克里亚宾(1872 - 1915)作为古典音乐的巨匠,其独创性体现在将所有感官模态融合为一种审美体验的复调音乐中,并且他基于四度音程而非传统的三度音程创造和弦,这些被认为是未来研究中洞察个体或普遍的美的感知背后神经过程的潜在出发点。斯克里亚宾的“全艺术”是音乐、哲学和宗教的新综合,是一种新的审美语言,是音乐、视觉、嗅觉、戏剧、诗歌、舞蹈、图像和概念化的统一,所有这些都受逻辑支配,旨在探寻人类思维对“更高现实”的整合作用,而音乐只是其中一个组成部分。