
American singer and songwriter (born 1993)
Top works
via Open Library + Wikidata
Acting · Davenport, Iowa, USA
Julia Carin Michaels (née Cavazos; born November 13, 1993) is an American singer and songwriter. She has received five Grammy Award nominations, including twice for Song of the Year and Best New Artist, as well as nominations from MTV Video Music Awards, Billboard Music Awards, and American Music Awards.
via TMDB
Tags
Julia Carin Cavazos (born November 13, 1993 in Davenport, Iowa), known by her stage name Julia Michaels, is an American singer and songwriter. She has written several popular songs that have been recorded by the likes of Selena Gomez, Demi Lovato, Fifth Harmony, Shawn Mendes, Britney Spears, Justin Bieber, Hailee Steinfeld, and Gwen Stefani. In 2017, she decided to try singing her own songs and released her debut single Issues. The song peaked at number 11 on the Billboard Chart <a href="https
5 total works indexed
· 2010 · cited 30,698x
· 2019 · cited 19,828x
· 2022 · cited 12,959x
· 2010 · cited 12,877x
· 1999 · cited 12,233x
via Crossref · CC0
via Wikipedia infobox
via Wikidata · CC0
Julia Carin Michaels (née Cavazos; born November 13, 1993) is an American singer and songwriter. She has received six Grammy Award nominations, including twice for Song of the Year and Best New Artist, as well as nominations from the MTV Video Music Awards, Billboard Music Awards, and American Music Awards.
Born in Iowa and raised in California, Michaels began her career writing for other artists at the age of 16. Following her success from doing so, she signed to Republic Records as a recording artist to release her 2017 debut single, "Issues". The song peaked at number 11 on the Billboard Hot 100, received quintuple platinum certification by the Recording Industry Association of America (RIAA), and preceded the release of her third extended play (EP), Nervous System (2017). The EP and its follow-up, Inner Monologue Part 1 (2019), both moderately entered the Billboard 200. Her debut studio album, Not in Chronological Order (2021), was met with critical praise despite commercial failure.
via Wikidata · CC0
Discovered by embedding cosine similarity (sentence-transformers MiniLM, 384-dim).