Love it or hate it, daylight saving time is here. Learn how the time change can impact your health and well-being as well as ...

Research from the University of Warwick has revealed that butterfly caterpillars use sophisticated rhythmic signals to communicate with ants, helping them gain protection, food, and access to ant ...

Scientists recreate the world’s simplest biological clock in a test tube, revealing how genes switch on and off across the day. An international team including researchers from Newcastle University ...

Babies are born with the ability to predict rhythm, according to a study published February 5 in the open-access journal PLOS Biology by Roberta Bianco from the Italian Institute of Technology, and ...

We tend to think of music as completely cultural — something we learn to love and understand through lullabies, radio hits, and Spotify playlists. But new research suggests that at least one part of ...

Human newborns can predict rhythmic structure from music, while they are not as good at expecting melodic changes. Babies are born with the ability to predict rhythm, according to a study published ...

In the vast world of biology, circadian rhythms play a fundamental role in regulating the daily lives of animals. These internal clocks are finely tuned systems that guide the behavior and ...

A new study from the American Academy of Neurology found that an irregular circadian rhythm could be linked to an increased risk for dementia. The circadian rhythm is the body’s internal clock, ...

This study examines the musicality of Zhu Shenghao’s translations of Shakespeare’s four great tragedies through the analysis of rhyme, rhythm, and intonation via a parallel corpus. The findings reveal ...

Study reveals that sperm whales may “speak” using structured vowel patterns, bringing scientists closer to decoding their secret conversations. Researchers from the University of California, Berkeley ...

A new study published in Nature Neuroscience suggests that the human brain may organize its many cognitive functions by activating specific networks in a repeating, clock-like cycle. This rhythmic ...