I Am I 2013
In 'I Am I (2013)', Jocelyn Towne's poignant drama unravels the complex bond between a daughter and her delusional father.
Director: Jocelyn Towne
Cast
Frequently Asked Questions
What is I Am I (2013) about?
The film tells the story of a young woman's complex relationship with her delusional father, who suffers from a rare form of amnesia that renders him unable to recall anything past the age of thirty.
Who directed I Am I?
Jocelyn Towne brings her unique perspective to this poignant drama.
Who stars in I Am I?
The film features a talented cast, including Simon Helberg, Jason Ritter, and Jocelyn Towne.
Is I Am I (2013) worth watching?
While opinions may vary, fans of character-driven dramas and those interested in exploring complex themes related to identity and memory will likely find 'I Am I (2013)' to be a thought-provoking and emotionally charged film.
How long is I Am I?
The film has a runtime of 87 minutes.
🎥 Trailer
About I Am I (2013) — A Daughter's Quest to Connect with a Delusional Father
In 'I Am I (2013)', Jocelyn Towne's poignant drama unravels the complex bond between a daughter and her delusional father. Rachael, a young woman, meets her father Gene at her mother's funeral, only to discover that he suffers from Korsakov's Syndrome, a form of retrograde amnesia that renders him unable to recall anything past the age of thirty. As Rachael visits Gene in an assisted living home, she is forced to confront the reality of her father's condition and the difficult decisions her mother made on his behalf.
Through this heart-wrenching tale, Towne masterfully explores the themes of identity, memory, and the complexities of the human mind. With a talented cast, including Simon Helberg and Jason Ritter, 'I Am I (2013)' is a thought-provoking and emotionally charged film that will leave viewers reflecting on the complexities of human relationships.
Featuring a talented ensemble cast and a nuanced performance from its lead actors, 'I Am I (2013)' is a gripping drama that will resonate with fans of character-driven films.