In Interstellar, Miller's planet is close to a supermassive black hole, Gargantua. Since the black hole creates a massive curvature in spacetime with its gravitational fields, Miller's planet experiences extreme time dilation.
The time dilation in movies such as Interstellar, however, relies on a different kind of warped time. In the film, there is an extreme amount of time dilation because the planet that the main character travels to, called “Miller's Planet,” orbits a black hole.
Romilly calculated that a single hour on Miller's Planet would equate to seven years back on Earth. 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.
There's another wrinkle here worth mentioning: time dilation as a result of gravitational effects. You might have seen Christopher Nolan's movie Interstellar, where the close proximity of a black hole causes time on another planet to slow down tremendously (one hour on that planet is seven Earth years).
He intended to benefit from the Endurance's proximity to Gargantua to study the black hole and gather as much information as he could to help Dr. Brand with his equation. The immense time slippage from the Gargantua black hole causes 23 years, 4 months and 8 days to pass while Cooper and Brand are on Miller's.
Scientists Finally Find a New Way to Travel Much Faster Than Light!
Why is Murph so old at the end of Interstellar?
Murph was 10 years old when Cooper left. Cooper traveled for 2 years to the wormhole and subsequently lost 23 years in gravitational time dilation on Miller's planet. When he returns to the Endurance he receives Murph's message that she is now the same age as Cooper when he departed.
The statement that one hour in space is equivalent to 7 years on Earth is not accurate. Time dilation, a concept from Einstein's theory of relativity, does affect time in space relative to different reference frames, but the effect is typically negligible for most space travel scenarios within our solar system.
Miller's Planet was the Endurance's first stop. Upon landing, they learned that the planet was completely covered in water, with no land visible for miles. However, this ocean is not like the ocean on Earth, as the crew members are able to stand about shin-high in the water.
I think if he'd somehow made himself stay (through binary, etc), he would have altered the future and he would have disappeared into the blackhole forever, but the fact that he gave the co-ordinates of the NASA base and sent himself to space, he stayed in existence even though he does alter the...
Why does Matthew McConaughey age slower in Interstellar?
That is due to relativity! According to Einstein's theory of relativity, the time runs slower with respect to earth on planets whose gravitational pull is greater than that of earth. So, according to the film, Cooper landed on Miller's planet, which runs very close to Gargantua, a spinning black hole.
The spaceship Endurance's destination is Gargantua, a fictional supermassive black hole with a mass 100 million times that of the sun. It lies 10 billion light-years from Earth and is orbited by several planets. Gargantua rotates at an astounding 99.8 percent of the speed of light.
It's only when she returns to the room as an adult however that she realises the ghost is actually her father - the big clue being when Cooper wrote "STAY" in morse by knocking books off the wall while his past self was leaving for the mission, which Murph wrote down as a child and rediscovers as an adult.
On his deathbed, Professor Brand confesses to Murph that he lied about his Plan A's prospects – that he failed to “reconcile relativity to quantum mechanics” and his gravity project needs much more data. She takes on the project herself and beams out the bad news to space, where Coop and Amelia receive it.
Speculation. According to some sources, Cooper was born in 2032, making him roughly 35 when the Endurance launches in 2067. He is 124 on Cooper Station in the year 2156.
The planet's gravity is 80% of Earth's gravity. It is so cold that even the clouds are frozen, giving the disconcerting view of vertical mountains. While the planet has water and an atmosphere, it is thick with ammonia, making it deadly to breathe.
Forced to choose between the two planets, Brand lobbied to visit Edmunds for its more promising data, as well as her expert opinion, stating that the planet was more favorable for human habitation, due to its greater distance from the black hole versus Mann's planet, which she correctly predicted to be as sterile as ...
It took the spaceship 18 months to travel to the wormhole, then 23 years passed from exploring planet Miller. Murph said (cried) in the video to his dad that she is finally the same age as him when he left. Which tells us that she and her dad are both 35 years old toward the end of the movie.
Who are the 5th dimensional beings in Interstellar?
The fifth-dimensional beings are not aliens; the fifth-dimensional beings are humans from the far, far, far future, who have evolved beyond the limits of the third dimension. These far future humans are now helping to create themselves by giving humanity the wormhole to a new galaxy.
As an adult, Murph uses the quantum data from the watch to solve the gravity equation. She is able to understand how to harness gravity, and how to control it. As a result, humanity is able to leave Earth in vast numbers. Numerous tube-like colonies now apparently exist in the solar system.
Interstellar begins in 2067 and jumps ahead 23 years while only a few hours pass for Cooper. The movie ends around the year 2156, with Cooper being 124 years old and reuniting with an elderly Murph.
That happens 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. There is no sign of dry land on Miller, which may not exist because of the sheer volume of water on the planet.
After finding his planet's conditions to be promising for human life, Edmunds sent a "thumbs up" signal back to NASA on Earth. He subsequently settled into hypersleep and awaited to be rescued. During this time, a rockslide occurred and destroyed his landing pod, causing Edmunds' death.
Astronauts on the ISS experience both weaker gravity and higher velocity, resulting in slightly slower ageing compared to people on Earth. The European Space Agency (ESA) explained in a tweet that “after spending six months on the ISS, astronauts have aged about 0.005 seconds less than the rest of us.”
It is defined as the distance that light travels in free space in one second, and is equal to exactly 299792458 m (approximately 983571055 ft or 186282 mi).
