Negative
26Serious
Neutral
Optimistic
Positive
- Total News Sources
- 2
- Left
- 1
- Center
- 1
- Right
- 0
- Unrated
- 0
- Last Updated
- 4 days ago
- Bias Distribution
- 50% Center
Thomas Pynchon Releases Darkly Comic Prohibition-Era Novel Shadow Ticket
Thomas Pynchon's latest novel, Shadow Ticket, is a darkly comic detective story set in 1930s Milwaukee and Europe amid the rise of fascism, continuing his exploration of 20th-century themes with playful pulp detective tropes and a fluid relationship with time and place. The novel follows private detective Hicks McTaggart as he pursues the daughter of a powerful crime figure, intertwining elements of political intrigue, organized crime, and surreal occurrences such as robot girls and secret Indian reservations. Critics note Shadow Ticket as a return to Pynchon's complex, language-rich style reminiscent of his earlier masterpieces like Gravity's Rainbow, blending noirish detective fiction with historical epic and thematic depth about paranoia and authoritarianism. The book aligns with Pynchon's recent works that riff on detective fiction, maintaining his signature blend of humor, erudition, and intricate plotting while reflecting on contemporary political anxieties, including parallels to rising authoritarianism today. Additionally, Pynchon's work continues to inspire adaptations in film, with Paul Thomas Anderson's One Battle After Another loosely based on Pynchon's Vineland, highlighting the enduring cultural impact of his novels. Together, these elements underscore Pynchon's literary triumph in crafting a multifaceted narrative that is both a historical reflection and a commentary on modern societal tensions.


- Total News Sources
- 2
- Left
- 1
- Center
- 1
- Right
- 0
- Unrated
- 0
- Last Updated
- 4 days ago
- Bias Distribution
- 50% Center
Negative
26Serious
Neutral
Optimistic
Positive
Stay in the know
Get the latest news, exclusive insights, and curated content delivered straight to your inbox.

Gift Subscriptions
The perfect gift for understanding
news from all angles.