
The Science of Interstellar
Nov 13 2014
•1h 51m
•Documentary
Matthew McConaughey narrates a fascinating look at Christopher Nolan's sci-fi film, 'Interstellar', including scientific foundations, the work of consulting Scientist Kip Thorne, basic film themes, the science behind the search for planets capable of hosting life, space-time and the theory of relativity, the science of wormholes and black holes, crafting the film's visuals based on real scientific observation, the birth of the universe, the Dust Bowl and the evolution of dust as a toxin, the likelihood of future dust storms, the prospects of escaping a dying or doomed planet and the possibilities of colonizing Mars.
Cast
See all
Matthew McConaughey
Narrator (voice)

Kip Thorne
Self

Christopher Nolan
Self

Jonathan Nolan
Self
Recommendations
See all
Interstellar: Nolan's Odyssey
A look behind the lens of Christopher Nolan's space epic.

The Tooth and the Nail
Seok-jin, a magician at a club, meets a mysterious woman, Ha-yeon, who soon becomes his assistant and fiance. Things take a turn when she is found dead and he must find out what happened.

The Bermuda Star Rangers
In the year 2055 AD (333 years of the planet Bermuda), an international research flying saucer led by Chinese captain Mo Jiahai was searching for planets with signs of life in space. They found a humanoid planet but ran out of energy while performing space shuttle and could no longer start up just after reaching this planet. The surviving Earthlings found that their bodies' respiratory systems could not fully adapt. Unwilling to pin their hopes entirely on the AI robots, some of the Earthlings endured the uncomfortable air and stepped out of the ship, where they secretly reproduced on the planet. Hundreds of years passed, and the Earthlings who gradually adapted to the planet Bermuda also reproduced secretly from generation to generation, with the secret of the flying saucer buried deep in the desert of the planet.

Faster Than Light: the Dream of Interstellar Flight
“Faster Than Light” explores the longstanding quest to develop spacecraft with enough power and speed to reach the stars. The film asks: What will it take to reach a newly discovered planet circling our Sun’s nearest neighbor, Proxima Centauri? Based on real science and engineering, “Faster Than Light” takes audiences on a thrilling journey into the future, aboard laser-driven space sails, antimatter engines, and even warp drive – right out of science fiction. “Who can say how far, and how fast, our technology will one day take us?” said director Thomas Lucas.