Articles tagged with Music Theory
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A study by Shimpei Ikegami found that vertical 'bop' music is characterized by clearer beats and percussive sounds, while horizontal 'sway' music is smoother with less percussion. Listeners' directional dancing inclinations matched the musicians' intended expressions.
TuneTwins is a music memory game that invites players to match pairs of musical fragments and discover their musical memory strength. The game includes a wide range of musical styles and has been tested with children and adults across different cultures.
The UC3M conference explored various topics in music research, including the impact of streaming on Latin American music, fandom in Eurovision, and the role of women in jazz. The event also featured participatory projects and critical questioning of musical diversity.
A new study found that music elicits bodily sensations and emotions linked to musical uncertainty and surprise, affecting heart and abdominal sensations.
A new study challenges traditional Western music theory by showing that participants prefer chords with slight deviations from mathematical ratios, and that unfamiliar instruments like the 'bonang' offer new patterns of consonance. The research encourages musicians to experiment with different instruments and explore new harmonies.
A team of researchers at Tampere University and Eastern Washington University used weather records to validate the effectiveness of musical characteristics in enhancing data interpretation. The study found that musical sounds can be a powerful complement to traditional data visualization methods.
A study investigated how algorithms compare to human judgment in music plagiarism disputes, with mixed results. While algorithms matched human decisions in 83% of cases, they struggled with non-musical factors and controversy surrounding high-profile cases.
WVU linguists analyze speech recordings to determine how intensity and duration shape pronunciation in American English and Spanish. The two-year study aims to redefine sound patterns across languages.
A recent study from Aarhus University found that music used for studying and sleeping share similar characteristics, such as slow tempo and repetitive patterns. The study suggests that these similarities can be attributed to the calming effects of the music on the brain, creating a conducive environment for both tasks.
Researchers found that song elements' order strongly correlates with rhythmical timing, suggesting a similar processing mechanism as humans. This discovery sheds light on the cognitive processes of songbirds and their potential for musicality.
A study of remote Papua New Guinea communities suggests that major chords and melodies do not universally elicit a happier response, contradicting long-held assumptions. The findings highlight the cultural variability in emotional responses to music.
Researchers at Aarhus University found a hierarchical relationship between motor function and coordination of the voice, hands, and feet. This hierarchy determines which rhythm and beat combinations are easy to perform, regardless of musical expertise.
Researchers argue music's primary function is to signal attention to infants, while also forming alliances with groups. This theory challenges existing music origin theories, including social bonding and auditory cheesecake hypotheses.
A recent study explores how our brain fuses with musical rhythm and its relationship to spatial sound dimensions. Trained musicians' brains show stronger synchronization with rhythms, while untrained listeners also synchronize with the beat.
A comprehensive study by Harvard scientists found that music pervades social life in similar ways worldwide, with behaviors such as infant care, healing, dance, and love associated with specific musical features. The Natural History of Song database collected recordings from 315 societies and 5,000 song descriptions, revealing common p...
EPFL researchers use data science to analyze Beethoven's String Quartets, finding that few chords govern most of the music. The study reveals a unique statistical signature characterizing Beethoven's composition style, offering new insights into the structure and evolution of classical music.
A physics professor at Case Western Reserve University has developed a theory that explains how basic ordered patterns emerge in music using statistical mechanics. The theory reveals that the same principles guiding physical systems also govern musical harmony, shedding new light on the fundamental structure of music.
Researchers at Ohio State University discovered that solos are twice as likely to appear in sad songs, with legato articulation and quiet dynamics being key predictors of this occurrence. This finding provides insight into the creative choices composers make when crafting emotional music.
Skilled improvisers outperform non-improvisers in distinguishing between easy-to-substitute chords, with their brains showing distinct electrical activity. Improvisational practice reinforces how the brain represents different musical structures, suggesting a scientific basis for creativity.
Research suggests that listening to highly stimulating and complex music can increase female perceptions of male attractiveness and willingness to date. The findings challenge Darwin's theory on the origin of music, which proposes that it emerged through sexual selection.
Research suggests that genetic factors, including those affecting hearing and cognitive function, contribute to individual differences in music perception. Moderate aptitude is the norm among the population, with extreme capacities being rare.
Researchers found that funk drum-breaks with medium syncopation elicit the most pleasure and desire to move in listeners. The study suggests a balance between rhythmic predictability and complexity is key to groove music's appeal.
Researchers from Florida State University, Yale University, and Princeton University developed a new theory that analyzes music using geometry. The 'geometrical music theory' tool helps composers explore uncharted possibilities and musicians may be trained differently. It represents a culmination of the marriage between music and math.
A team of music professors has devised a new way to analyze and categorize music using geometric principles. This method, known as geometrical music theory, translates musical concepts into mathematical structures, revealing hidden patterns and relationships. By assigning mathematical structure to musical families, researchers can gain...
Using a theoretical model, researchers have shown how a hydrogen molecule responds to laser pulses by creating a changing musical chord. The movement of the two protons in the molecule creates different frequencies, which are similar to notes in a musical chord.
Composer Dmitri Tymoczko has developed a geometric model to understand musical structure, representing every conceivable chord as a point in space. This approach helps connect familiar harmonies with dissonant cluster-type harmonies, revealing the melodic relationship between chords.
A recent study suggests that listeners can recall instance-specific acoustic features in music, enabling them to identify favorite performers or familiar voices. The research found that both musically trained and untrained subjects could distinguish changed musical sequences from the original ones.
A new mathematical theory developed by Vanderbilt University professors can produce more accurate digital representations of complex signals, overcoming limitations of current methods. This has significant applications in areas such as music, photography, medical imaging, astronomy, geophysics, and communications.