Music

New research reveals the brain processes music through hierarchical activation, involving the auditory cortex, hippocampus, and cingulate gyrus, to recognize and predict familiar sequences.

New research has found that lower-pitched music makes visual objects appear darker, while higher-pitched music makes them seem brighter, highlighting how auditory cues influence visual perception.

Music composers exhibit more efficient neural pathways and stronger functional connectivity in key brain regions, particularly the orbitofrontal cortex, compared to non-musicians.

Taylor Swift's openness about her struggles with body image and disordered eating has positively influenced her fans, inspiring healthier attitudes and behaviors, according to new research.

Listening to slow-tempo music while eating can make you feel calmer and chew more thoroughly, whereas fast-tempo music energizes you and speeds up your eating.

New research suggests that listening to music after a stressful task can reduce negative emotions and heart rates, particularly in individuals with low levels of neuroticism.

Researchers found that songs globally use higher pitches, slower tempos, and more stable pitches than speech, suggesting universal acoustic traits in music that facilitate social bonding and harmonization.

Older adults who played musical instruments showed higher resting state functional connectivity in key brain regions, potentially enhancing brain health and resilience, though further research is needed to determine its impact on cognitive decline and dementia prevention.

Listening to music with others, even online, boosts pleasure, generosity, and memory. This study shows that sharing musical experiences can enhance our enjoyment and positively impact our social behavior and cognitive skills.

A study found that atonal music is perceived as less pleasurable and familiar than tonal music, eliciting distinct brain activity patterns. Joyful tonal music increased left frontal brain activity, while atonal music heightened right frontal activation.

Musical training significantly boosts children's working memory and attention, enhancing brain activity in key areas, suggesting music lessons could play a vital role in cognitive development.

Familiar music activates brain areas linked to explicit memory, enhancing emotional and mnemonic processing. Conversely, unfamiliar tunes engage implicit memory regions, aiding in learning and integrating new sounds, demonstrating distinct neural pathways for different music familiarity levels

New research suggests that musical improvisation engages specific brain regions uniquely compared to formulaic playing, offering new insights into the neural basis of creativity.

Researchers found that over the past fifty years, English lyrics in popular music have simplified in structure and vocabulary, as well as grown more negative and personal in tone.

New research provides evidence that sadness in music can be directly enjoyable, challenging traditional views that pleasure from sad music comes only through indirect effects like feeling moved.