Joker 2: New Details On Musical Number With Lady Gaga Possibly Revealed By Rumor

Joker 2 will feature Lady Gaga as Harley Quinn and a new rumor details an elaborate musical number sequence featuring the actress.

Joker: Folie a Deux breaks new ground as the first-ever live-action DC film envisioned as a movie musical. Writer-director Todd Phillips returns to further explore the character's psyche after the critical and commercial acclaim garnered by the 2019 original film, once again with Joaquin Phoenix in the title role. Details remain scarce on the story, but Lady Gaga co-stars as Harley Quinn. Her acclaimed performance abilities raise anticipation over how prominently she may factor into the music and dance elements.

According to a post by AlexFromCC on X/Twitter, Joker 2 has a «grand-scale musical number» planned that pays homage to classic Hollywood song-and-dance films. It will feature intense choreography involving tap dancing. Most excitingly, Lady Gaga's performance in this showstoppingJoker 2 scene is said to be remarkable, which should come as no surprise from the exceptionally gifted singer, dancer, and actor. If true, this described musical spectacle promises to allow Gaga to showcase her skills and potentially outshine even Phoenix's commanding lead presence. Fans anticipate more concrete details on how exactly the film will incorporate full musical numbers into the Joker franchise's established gritty, psychological tone.

Joker earned over $1 billion globally and numerous accolades, including two Oscars for Phoenix's haunting lead performance and Hildur Guðnadóttir's chilling original score. Joker: Folie a Deux will continue to follow Arthur Fleck/Joker, now joined by Harley Quinn. The two characters will meet at Arkham Asylum, where much of the film reportedly takes place. Zazie Beetz will also reprise her role from the first film as Sophie Dumond. There have been hints that Harvey Dent/Two-Face could appear, though no casting has been announced. The sequel reportedly has a budget of $200 million, making it significantly larger in