@article{ART002194593},
author={Nam Jung Woo and Wonil Chung and Park, Myung Kwan and Cho, Euiyon},
title={Music Recognition of the Human Brain through Note Melody and Chord Harmony - Based on the Results of Event-Related Potentials (ERP) Experiments -},
journal={PHILOSOPHY·THOUGHT·CULTURE},
issn={1975-1621},
year={2017},
number={23},
pages={270-297},
doi={10.33639/ptc.2017..23.005}
TY - JOUR
AU - Nam Jung Woo
AU - Wonil Chung
AU - Park, Myung Kwan
AU - Cho, Euiyon
TI - Music Recognition of the Human Brain through Note Melody and Chord Harmony - Based on the Results of Event-Related Potentials (ERP) Experiments -
JO - PHILOSOPHY·THOUGHT·CULTURE
PY - 2017
VL - null
IS - 23
PB - Research Institute for East-West Thought
SP - 270
EP - 297
SN - 1975-1621
AB - The music we listen to everyday contains a formal element that makes a sound stream musical or nonmusical. While recognizing such a formal arrangement of music we can get a musical emotional feeing out of it. But the musical feeling of a sound stream has long been regarded as a result from undergoing a listener's tension-resolution which is attributed to the melodic and harmonic cadent process pattern of the sound stream. Assuming that the point of the resolution, the musical cadence, complies with the resolution pattern, and that the feeling of musical resolution occurs in the listener's brain, we can shed some lights on what the musical cognition is by observing the brain responses at such a point of musical resolution. Using event-related potentials (ERP) experiments we probed into the syntactic formality of music in order to compare it with the syntactic formality of language. In our study we manipulated musical notes and chords, and collected the ERP data of the neural responses to them to ascertain how the musical cognition is characterized.
KW - Music;Cognition;Prolongational Hierarchical Structure;Notes;Chords;Event-Related Potentials;N400;LAN;Anterior P600
DO - 10.33639/ptc.2017..23.005
ER -
Nam Jung Woo, Wonil Chung, Park, Myung Kwan and Cho, Euiyon. (2017). Music Recognition of the Human Brain through Note Melody and Chord Harmony - Based on the Results of Event-Related Potentials (ERP) Experiments -. PHILOSOPHY·THOUGHT·CULTURE, 23, 270-297.
Nam Jung Woo, Wonil Chung, Park, Myung Kwan and Cho, Euiyon. 2017, "Music Recognition of the Human Brain through Note Melody and Chord Harmony - Based on the Results of Event-Related Potentials (ERP) Experiments -", PHILOSOPHY·THOUGHT·CULTURE, no.23, pp.270-297. Available from: doi:10.33639/ptc.2017..23.005
Nam Jung Woo, Wonil Chung, Park, Myung Kwan, Cho, Euiyon "Music Recognition of the Human Brain through Note Melody and Chord Harmony - Based on the Results of Event-Related Potentials (ERP) Experiments -" PHILOSOPHY·THOUGHT·CULTURE 23 pp.270-297 (2017) : 270.
Nam Jung Woo, Wonil Chung, Park, Myung Kwan, Cho, Euiyon. Music Recognition of the Human Brain through Note Melody and Chord Harmony - Based on the Results of Event-Related Potentials (ERP) Experiments -. 2017; 23 : 270-297. Available from: doi:10.33639/ptc.2017..23.005
Nam Jung Woo, Wonil Chung, Park, Myung Kwan and Cho, Euiyon. "Music Recognition of the Human Brain through Note Melody and Chord Harmony - Based on the Results of Event-Related Potentials (ERP) Experiments -" PHILOSOPHY·THOUGHT·CULTURE no.23(2017) : 270-297.doi: 10.33639/ptc.2017..23.005
Nam Jung Woo; Wonil Chung; Park, Myung Kwan; Cho, Euiyon. Music Recognition of the Human Brain through Note Melody and Chord Harmony - Based on the Results of Event-Related Potentials (ERP) Experiments -. PHILOSOPHY·THOUGHT·CULTURE, 23, 270-297. doi: 10.33639/ptc.2017..23.005
Nam Jung Woo; Wonil Chung; Park, Myung Kwan; Cho, Euiyon. Music Recognition of the Human Brain through Note Melody and Chord Harmony - Based on the Results of Event-Related Potentials (ERP) Experiments -. PHILOSOPHY·THOUGHT·CULTURE. 2017; 23 270-297. doi: 10.33639/ptc.2017..23.005
Nam Jung Woo, Wonil Chung, Park, Myung Kwan, Cho, Euiyon. Music Recognition of the Human Brain through Note Melody and Chord Harmony - Based on the Results of Event-Related Potentials (ERP) Experiments -. 2017; 23 : 270-297. Available from: doi:10.33639/ptc.2017..23.005
Nam Jung Woo, Wonil Chung, Park, Myung Kwan and Cho, Euiyon. "Music Recognition of the Human Brain through Note Melody and Chord Harmony - Based on the Results of Event-Related Potentials (ERP) Experiments -" PHILOSOPHY·THOUGHT·CULTURE no.23(2017) : 270-297.doi: 10.33639/ptc.2017..23.005
