Nation Estate
by Larissa Sansour
Palestine / Denmark, 2012
synopsis
Nation Estate is a 9-minute sci-fi short film offering a clinically dystopian, yet humorous approach to the deadlock in the Middle East. With a mixture of computer generated imagery, live actors and arabesque electronica, Nation Estate explores a vertical solution to Palestinian statehood. In Sansour’s film, Palestinians have their state in the form of a single skyscraper: the Nation Estate. One colossal high-rise houses the entire Palestinian population – now finally living the high life.
Each city has its own floor: Jerusalem on the 13th floor, Ramallah on the 14th floor, Sansour’s native Bethlehem on the 21st and so on. Intercity trips previously marred by checkpoints are now made by elevator. Aiming for a sense of belonging, the lobby of each floor reenacts iconic squares and landmarks. The story follows the female lead, played by Sansour herself, in a futuristic folklore suit returning home from a trip abroad and making her way through the lobby of the monstrous building – sponsored and sanctioned by the international community. Having passed the security checks, she takes the elevator to the Bethlehem floor and crosses Manger Square and Church of the Nativity on her way to her apartment where she prepares a plate of sci-fi tabouleh.
about the filmmaker
Larissa Sansour’s work is interdisciplinary, immersed in the current political dialogue and borrowing heavily from the language of film and pop culture. By using video, photography, experimental documentary and other new media she approximates the nature, reality and complexity of life in Palestine and the Middle East to visual forms normally associated with entertainment and televised pastime. Her grandiose and often humorous schemes clash with the gravity expected from works commenting on the region. References and details ranging from sci-fi and spaghetti westerns to horror films converge with Middle East politics and social issues to create intricate parallel universes in which a new value system can be decoded.