Reality Is Not Enough at GFT

At GFT until 2 October, 2025
One of the most controversial writers of our times, join Trainspotting author Irvine Welsh as he undergoes a remarkable trip to find new meaning in his work, life and legacy. Irvine Welsh is at a crossroads. After experiencing the huge success of several film adaptations and six million books sold worldwide, he has become acutely aware of his own mortality. Now, with his hedonistic days drawing to a close, the outspoken author decides to explore the boundaries of consciousness through a psychedelic DMT trip. Through this unique lens, join Welsh on a brutally honest examination of his life: how his creativity was fostered by his childhood in Edinburgh; the influences he gained living amongst 70’s London counterculture; and how groundbreaking work such as Trainspotting and Filth pulled him out of a self-destructive cycle, but also led him to heights of fame he never could have imagined. And still one burning question remains – what will come next? This captivating piece of autobiographical filmmaking combines intimate observational footage with readings from his novels narrated by Liam Neeson (Batman Begins, Star Wars), Stephen Graham (Adolescence, The Irishman), musician Nick Cave, Ruth Negga (Ad Astra, Passing) and Maxine Peake (The Theory of Everything, Shameless).
GFT 12 Rose Street, G3 6RB
This section: Cinema
Filed under: Cinema
Related Pages
- Glasgow Youth Film Festival 2025
- Take 2: Fantastic Mr Fox at GFT
- Brides at GFT
- The House of Mirth at GFT
- Reality Is Not Enough at GFT
- One Battle After Another
- October 2025 Programme at GFT
- Document Human Rights Film Festival, Glasgow
- Ocean with David Attenborough: Community Screening & Q&A at GFT
- Woodlands Community – Anti Racist Film Club
- Scotland Loves Anime 2025
- Samizdat: Eastern European Film Festival
- There Will Be Blood at GFT
- Can I Get A Witnss at GFT
- Islands at GFT
- Happyend at GFT
- Steve at GFT
- The Sound of Music – 60th Anniversary
- The Golden Spurtle at GFT
- From Ground Zero at GFT