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Yes the science of Miller’s Planet is plausible and possible. Kip Thorne is one of the top physicists working in the area of general relativity. You don’t get better than that. The presence of the tidal waves suggests the planet is smooth without mountains or valleys to break up these never ending tidal super tsunamis.
Is interstellar planet possible?
The truth is that interstellar travel and exploration is technically possible. There’s no law of physics that outright forbids it. Interstellar space travel is a real pain in the neck.
How many years passed Miller’s planet?
It is stated in Interstellar that each one hour spent on Miller’s Planet equals seven years earth time. Cooper and his colleagues spend some time on the planet, and by the time they return, Romilly says that he has been waiting for 23 years, which means they must have spend three hours on the planet (highly doubted).
Why is time different on Millers planet?
Because of the black hole’s strong gravity, Miller’s planet experiences extreme time dilation: time moves significantly more slowly on the surface of the planet than on Earth (or even on the main spaceship, parked a safe distance away).
Is Gargantua real?
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.
Do wormholes exist?
Wormholes are consistent with the general theory of relativity, but whether wormholes actually exist remains to be seen. Theoretically, a wormhole might connect extremely long distances such as a billion light years, or short distances such as a few meters, or different points in time, or even different universes.
Where is Gargantua black hole?
Presumably, Gargantua is in or near to the center of the galaxy for which it resides. Due to the presence of large amounts of neutron stars and IMBHs (intermediate mass black holes) it could possibly be the super-massive black hole of the home galaxy.
Can a planet orbit a black hole?
So planets could potentially form around black holes, but that’s no guarantee that they offer a life-friendly environment. On Earth, living things are hugely dependent on the light and warmth from the Sun to survive. Without the glow of a star, life around a black hole would likely need an alternative source of energy.
How did Cooper survive the black hole?
After falling into the black hole, Cooper continues to record what he’s seeing and transmits it back to TARS, hoping the additional data might help the scientists back on Earth. Although he expects to eventually get crushed by Gargantua’s gravity, Cooper is miraculously spared once his shuttle is ripped apart.
How long is 1 hour in space?
The time dilation on that planet—one hour equals 7 Earth years—seems extreme. To get that, you’d apparently need to be at the event horizon of a black hole.
How fast is Gargantua spinning?
One particularly cool finding: The black hole is spinning almost as fast as Einstein’s theory of gravity says it possibly could. It’s spinning at almost the speed of light. The galaxy in question is called NGC 1365, which is about twice the size of the Milky Way and located about 60 million light years away.
Why don’t we age in space?
We all measure our experience in space-time differently. That’s because space-time isn’t flat — it’s curved, and it can be warped by matter and energy. And for astronauts on the International Space Station, that means they get to age just a tiny bit slower than people on Earth. That’s because of time-dilation effects.
What is inside Gargantua?
That’s because inside Gargantua is where the science of black holes meets the science fiction of the Tesseract and the singularity that permits to Cooper and TARS to exit the black hole. Once inside the Tesseract, TARS is able to extract the quantum data from the singularity.
Can you survive a black hole?
You would most likely not survive either a small or a large black hole. Remember, light cannot even escape a black hole–that is why it is called a black hole. From an outside perspective, time would slow down as you moved closer to the center of the black hole.
What is the largest black hole in the universe?
And the supermassive black hole at the center of Messier 87 is so huge that astronomers could see it from 55 million light-years away. It’s 24 billion miles across and contains the same mass as 6 1/2 billion suns.
Is travel back in time possible?
While the debate continues over whether travelling into the past is possible, physicists have determined that travelling to the future most certainly is. And you don’t need a wormhole or a DeLorean to do it. Real-life time travel occurs through time dilation, a property of Einstein’s special relativity.
Why is travel through a wormhole impossible?
A Harvard physicist has shown that wormholes can exist: tunnels in curved space-time, connecting two distant places, through which travel is possible. “It takes longer to get through these wormholes than to go directly, so they are not very useful for space travel,” Jafferis said.
Can time be bent?
Spacetime, however, is the combined concepts of space and time into a four-dimensional continuum. You may have even seen spacetime portrayed as a fabric, manipulated by energy. If spacetime can be bent, Beacham continued, it’s theoretically possible that time can be bent.
What happens if a person goes into a black hole?
The gravitational attraction of a black hole is so strong that not even light can escape it. Spaghettification: A black hole would stretch an astronaut’s body into a thin ribbon, since the gravity pulling on their feet is so much stronger than on their head.
Can CERN create a black hole?
When the Large Hadron Collider (LHC) at CERN, the European particle physics laboratory near Geneva, is completed in 2005, it could produce a black hole every second. These tiny, fleeting phenomena might just give researchers a long-sought glimpse of the hidden dimensions of space.
Who discovered black hole in 2020?
Roger Penrose, of the University of Oxford in the U.K., received one-half of the prize “for the discovery that black hole formation is a robust prediction of the general theory of relativity,” while Andrea Ghez of UCLA and Reinhard Genzel, of the University of Bonn and the Max Planck Institute for Extraterrestrial Dec 29, 2020.
