Falling into Gargantua part I: Why does Gargantua appear the way it does? Because it has two accretion disks, a horizontal and a vertical one. The vertical halo is the light of the accretion disk on the far side lensed by the gravity of the black hole. Because that’s the way the art director wanted. Falling into Gargantua part II: What would Cooper’s view be of the rest of the universe as he falls across the event horizon of the black hole Gargantua? Nothing - he would no longer be able view the rest of the universe He would see the future history of the universe unfold as his field of view shrinks to a bright spot He would observe a time reversed history of the cosmos as his field of view shrinks to a bright spot.

Falling into Gargantua part I: Why does Gargantua appear the way it does? Because it has two accretion disks, a horizontal and a vertical one. The vertical halo is the light of the accretion disk on the far side lensed by the gravity of the black hole. Because that’s the way the art director wanted. Falling into Gargantua part II: What would Cooper’s view be of the rest of the universe as he falls across the event horizon of the black hole Gargantua? Nothing - he would no longer be able view the rest of the universe He would see the future history of the universe unfold as his field of view shrinks to a bright spot He would observe a time reversed history of the cosmos as his field of view shrinks to a bright spot.

Similar questions

How do gamma-ray bursts provide insights into the most energetic events in the universe?
Your friends are talking about Olber's Paradox: Friend 1: When the universe was quite young, it was also quite small, and therefore light was trapped inside the universe. This is why we don't see light from the edge of the universe in every direction. Friend 2: No, Olber's Paradox describes only light from stars, not from galaxies, and why you can't use light from distant stars to see at night. Friend 3: You're both right and you're both wrong. The paradox concerns itself with the expansion of the universe, and explains why light from the early universe was able to be released. Are any of them right, in part or in whole?
Calculate the Schwarzschild radius for Milky Way.
What is the point of view on the topic of parallel universes and black holes? Start with a background on the topic that is in one's voice only
What is the CMB? Group of answer choices A dense region of 4.5 million stars. A large star of 4.5 million solar masses. The cosmic microwave background of photons left over and cooled down from when the universe became transparent 300,000 years after the Big Bang. The space curvature of the universe
Figure 2 shows the "rotation curve" of NGC 2742. It plots the “radial velocity (V)" (how fast material is moving either toward or away from us) that is measured for objects at different distances (R = radius") from the center of the galaxy. The center of the galaxy is at 0 kpc (kiloparsecs) with a speed of 9 km/sec away from us. (These velocities have been corrected for the observed tilt of the galaxy and represent true orbital velocities of the stars and gas.) 200 100 U4779 -100 As you can see, one side of the galaxy is moving with a negative velocity (spinning toward us), while the other side has a positive velocity (spinning away from us). Using Newton's gravity equation, we will be able to determine the gravitational mass of the entire galaxy and how the mass varies versus distance from the galaxy's center. -200 -8 8 -4 Radius (kpc) Read the following text carefully and follow the instructions: Select five radii spaced evenly from 0-10 kpc across the galaxy. Your selections should…
How can we determine the existence of something we can't see? What is the evidence of dark matter and dark energy? How can we learn more about this phenomena?
What is the Schwarzschild radius? Group of answer choices The size of the radius for a mass where the escape velocity equals the speed of light. The radius light is bent to when passing a mass. The change in the perihelion of an orbit due to general relativity. The radius of the accretion disk around a black hole.
To what does cold refer to the term "cold dark matter"? Why do models of large-scale structure agree best with the dark matter being "cold"?