METHOD OF MIXING FREQUENCY FOLLOWING RESPONSE EVOKDED SOUNDS WITH MUSIC TO MODULATE NEURONAL NETWORKS ASSOCIATED WITH MULTIPLE INTELLIGENCES IN THE BRAIN
HSU, CHEN CHAO,许承兆,許承兆,LEE, SHIN DA,李信达,李信達,LIU, LIN JONG,刘林荣,劉林榮,CHEN, CHENG YI,陈澂毅,陳澂毅
申请号：
TW105139059
公开号：
TW201820314A
申请日:
2016.11.28
申请国别(地区):
TW
年份:
2018
代理人:
摘要：
The invention relates to a method of mixing frequency following response (FFR) evoked sounds with music to modulate neuronal networks associated with multiple intelligences in the brain that includes processes of sound wave mixture and magnetic resonance imaging combination. The method includes steps of performing synthesis and establishment of FFR sound waves, importing FFR sound waves into a music library, performing collection and analysis of magnetic resonance imaging data of cerebral nerve activity activated by introducing FFR sound waves into music, and establishing biological indicators for monitoring. In this way, the present invention can develop a method for introducing FFR sound waves into music, which can modulate neural circuits in the brain corresponding to eight major intelligences, by means of the establishment of FFR sound wave frequency, accompanied by the mixing method and music synthesis, and can be used as objective quantitative biological indicators and derivative products for neuronal responses in the brain corresponding to eight major intelligences in response to the stimulation and regulation of music introduction. The eight major intelligences include language intelligence, logic math intelligence, spatial intelligence, limb kinetic intelligence, music intelligence, interpersonal intelligence, introspective intelligence, and natural observation intelligence.本發明涉及一種可作為調節大腦內對應八大多元智能神經迴路之頻率仿效反應聲波導入音樂方法,其中包含聲波混音與結合磁振造影之方法,有一頻率仿效反應之聲波的合成與建立,一導入頻率仿效反應聲波進入音樂資料庫、一頻率仿效反應聲波導入音樂引發大腦神經活動磁振造影資料之收集與分析、以及一建立監控生物指標之步驟。藉此使本發明可透過頻率仿效反應之音波頻率的建立,佐以混音方法與音樂合成,研發出能調節大腦中對應八大多元智能神經迴路的頻率仿效反應聲波導入音樂方法,可作為音樂導入刺激調節腦內對應八大多元智能之神經反應的客觀定量生物指標及其衍生性產品,包括:語文智能、邏輯數學智能、空間智能、肢體動覺智能、音樂智能、人際智能、內省智能、自然觀察智能。(S01)‧‧‧頻率仿效反應聲波的合成與建立(S02)‧‧‧導入頻率仿效反應聲波進入音樂資料庫(S03)‧‧‧大腦神經活動磁振造影資料之收集與分析(S04)‧‧‧建立監控生物指標
