What caused the giant waves in interstellar?

A scene from the movie Interstellar where Cooper lands the spacecraft, Ranger 1, on Miller’s planet. The massive tidal waves seen on Miller’s planet are due to its proximity to Garguanta. The gravitational attraction of this black hole is so strong that it creates huge swells of water that literally reach the sky.

Why was the water so shallow in interstellar?

Ranger 1 softly landing on Miller’s planet. Miller’s planet is a water world, covered in a seemingly endless, shallow ocean. Because of the planet’s proximity to Gargantua, the immense gravity of the black hole causes the planet to be roiled by massive tidal waves as tall as 4,000 feet.

Where does the light come from in interstellar?

1 Answer. According to Kip Thorne’s The Science of Interstellar, the light is supposed to come from the accretion disk, whose temperature is supposed to be rather “anemic” compared to the ones that have been observed around real quasars (which are thought to be supermassive black holes like Gargantua).

What is the clicking sound in interstellar?

The Reddit user named @akick31 wrotes, “In Interstellar on the water planet, the soundtrack in the background has a prominent ticking noise. These ticks happen every 1.25 seconds. Each tick you hear is a whole day passing on Earth.”

What happened to the planet in interstellar?

The Blight is a plague that has ravaged almost all the remaining food sources on Earth. By the time Interstellar occurs, the last crops of okra are dying off, leaving just corn as the only viable food source for humanity. Corn remains the only viable crop, resistant to the blight, that can be grown and harvested.

What is Relativity in Interstellar?

Interstellar travel – moving between stars and solar systems in the universe – is technically impossible. The concept of wormholes emerged from Einstein’s general theory of relativity, a hypothetical ‘bridge’, formed by space-time bending to bring two distant points in the universe closer together.

Is Interstellar based on real science?

Overall, Nolan’s Interstellar stays remarkably true to Einstein’s theory. Although he does indulge in some “timey wimey stuff” at the end of the film, the director manages to keep the plot from devolving into complete science fiction using science from over 100 years ago.

How old was Murph in interstellar?

He took 18 months to travel to the wormhole (in cryosleep). And the end of the film the doctor says he’s 124 Earth years old. The doc also said Murph was in cryosleep for 2 years. So if you disregard the cryosleep Murph was 10 + 2 + 23 + 51 = about 86 years old.

How did Gargantua become tidally locked in interstellar?

In the case of Interstellar, Miller’s planet is the equivalent of the Moon and Gargantua is the equivalent of the Earth. The massive tidal forces that caused those kilometer high tides, would cause heating of the planet and causing the planet to become tidally locked.

Can you generate large waves in shallow water in interstellar?

The huge waves in “Interstellar” were the one serious physics blunder in that movie. No, you cannot generate large waves in shallow water! There isn’t enough water present. Yes, you can have large amounts of water coming in from afar. We all saw that in the movies of the tsunami in Japan, the tsunami that caused the Fukushima reactor to melt down.

Does the movie Interstellar show a tidal wave?

But the movie Interstellar does not show a large tidal wave, meaning a huge amount of water coming in like a gigantic tide, flowing in from the deep sea. It shows a classic “deep water” wave with the water rising up from below.

What happens to Miller’s planet in the Gargantua movie?

Being so close to Gargantua, in my interpretation of the movie, Miller’s planet is subjected to enormous tidal gravity, so enormous that Gargantua’s tidal forces almost tear the planet apart. Almost, but not quite. Instead, they simply deform the planet.