Late Fame": A Modern Take on Arthur Schnitzler's Novella by Kent Jones and Samy Burch
Kent Jones and Samy Burch collaborated on the creation of their new film, "Late Fame," which is based on Arthur Schnitzler's novella. Burch, impressed by Jones' previous work, felt he was the perfect fit for the project. The two met in New York and immediately connected, leading to a successful partnership.
"Late Fame" is set in present-day New York City and features a cast of modernized characters, including retired poet Ed Saxberger, played by Willem Dafoe. The film explores the art scene in the West Village and the dynamics between the characters as they navigate fame and recognition.
Jones, known for his work in the New York film scene, was drawn to Burch's adaptation of the novella. The film reflects Jones' own experiences in the city and his passion for rediscovering forgotten cinematic gems. Dafoe's performance as Saxberger is praised for its sensitivity and vulnerability, adding depth to the character.
Greta Lee's portrayal of Gloria, the group's muse, brings a flamboyant yet nuanced performance to the film. Her character's complexity adds an intriguing layer to the story, captivating both the characters in the film and the audience.
The film culminates in a showcase where Saxberger reads one of his poems for the first time in years. Jones and Burch debated the source of the poem before Jones revealed that he had written it himself, adding a personal touch to the film's emotional climax.
"Late Fame" premieres at the Venice Film Festival, marking a significant moment for both Burch and Jones. While Jones hopes the film will offer viewers a new perspective, he also hints at future projects in the works, including more New York-centric stories and potential collaborations with Burch.
Overall, "Late Fame" showcases the talents of its cast and crew, offering a fresh take on a classic story in a contemporary setting. Jones and Burch's collaboration has resulted in a compelling film that explores themes of art, fame, and personal growth.