Lana Del Rey


Lana Del Rey, an American singer-songwriter, is known for her cinematic style, distinctive voice, and atmospheric music that blends themes of melancholic romance, glamour, and melancholy. Her work often references pop culture, particularly 1950s and 1960s Americana, and is characterized by its exploration of tragic romance, glamour, and escapism.

Her critically acclaimed album “Norman Fucking Rockwell!” released in 2019, is a quintessential representation of her artistic evolution and a standout in her discography. The album is named after the iconic American painter and illustrator Norman Rockwell, known for his depictions of everyday American life. This title sets the tone for the album’s exploration of the American dream and its discontents, a recurring theme in Del Rey’s work.

The album features a blend of soft rock, psychedelic rock, and pop, with Del Rey’s haunting vocals weaving through lush and often minimalistic arrangements. Songs like “Venice Bitch,” “Mariners Apartment Complex,” and the title track “Norman Fucking Rockwell” showcase her ability to juxtapose contemporary vernacular with timeless musicality, creating a unique and poignant sound.

Lyrically, the album is introspective and emotionally raw, exploring themes of love, loss, disillusionment, and the struggles of navigating contemporary life. Del Rey’s songwriting in “Norman Fucking Rockwell!” is particularly notable for its poeticism and depth, offering a nuanced and often critical take on the American dream.

“Norman Fucking Rockwell!” received widespread critical acclaim for its cohesive sound, lyrical sophistication, and Del Rey’s vocal performance. It solidified her status as one of the most distinctive and influential artists of her generation, known for her ability to craft an immersive and emotionally resonant world through her music.

Shuowei Jin
Shuowei Jin
PhD Candidate at University of Michigan CSE

My research interests include efficient LLM inference algorithms/systems, machine learning systems, and mobile network systems.