Marian Rose White
Marian Rose White is a 1982 American television film directed by Robert Day, written by Garry Rusoff and starring Nancy Cartwright in one of her earliest performances. The film was nominated for the Primetime Emmy Award for Outstanding Sound Editing for a Miniseries, Movie or a Special.
Marion Rose White | |
---|---|
Genre | Drama |
Written by | Garry Rusoff |
Directed by | Robert Day |
Starring | Nancy Cartwright Charles Aidman Ruth Silveira Louis Giambalvo Valerie Perrine Katharine Ross Frances Lee McCain |
Theme music composer | Billy Goldenberg |
Country of origin | United States |
Original language(s) | English |
Production | |
Executive producer(s) | Gerald W. Abrams |
Producer(s) | Steve Nicolaides |
Cinematography | Richard C. Glouner |
Editor(s) | Gregory Prange |
Running time | 120 min. |
Production company(s) | Cypress Point Productions Gerald Abrams Productions |
Distributor | CBS |
Release | |
Original network | CBS |
Picture format | Color |
Audio format | Mono |
Original release | January 19, 1982 |
Notable cast members
- Nancy Cartwright
- Charles Aidman
- Ruth Silveira
- Louis Giambalvo
- Valerie Perrine
- Katharine Ross
- Frances Lee McCain
- John Davey
- John Considine
gollark: This probably does imply regular determinism.
gollark: Another is superdeterminism, which is sort of kind of where the particles "know" what properties of them will be measured in advance.
gollark: One resolution is nonlocal hidden variables, i.e. the particles have some faster-than-light-speed backchannel to communicate things.
gollark: Bell's theorem rules out "local hidden-variables" interpretations of quantum physics, meaning that quantum mechanics cannot, assuming some assumptions, be doing this by storing some extra secret metadata with particles.
gollark: As you will know in time, quantum QM mechanics has "Bell's theorem". This describes some correlations between measurements of entangled particles which QM predicts correctly (based on empirical tests) and classical physics doesn't.
External links
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