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Every giant wave on the water planet in Interstellar means another 7 years just went by on Earth. Nolan spaced them an hour apart in the script for drama. Then Kip Thorne sat down to do the real physics and found that a planet like that would throw off a wave about once an hour all by itself. So when the wave that kills Doyle floods the lander's engines and the robot says they'll need 45 minutes to an hour to drain, Cooper's kids are losing somewhere between 5 and 7 years of their lives while he waits. The waves come from the black hole. Miller's planet orbits so close to Gargantua that the pull stretches the whole planet into a slight egg shape, with one end always pointed at the hole. Thorne figured a planet stuck in that spot can't hold perfectly still, so it rocks back and forth like a pendulum. The water where they land is only knee deep, and every time the planet tips, the ocean piles up into a wall about 1.2 kilometers tall. That's taller than the Burj Khalifa. The one-hour match was pure luck. Thorne told Scientific American he didn't even notice it until the wave height and timing were already locked into the script. In his book he called it a joyous answer. Fans timed the ticking in Hans Zimmer's score on that planet at one every 1.25 seconds, and if you run the movie's 7-years-an-hour math, each tick works out to about 21 hours on Earth. Somewhere around 2,550 days pass between two waves. Cooper and Brand are down there a little over three hours. Romilly, stuck waiting on the ship, ages 23 years, 4 months and 8 days. Miller is the one that really gets me. Her beacon had been sending NASA good readings for years, which is part of why the crew picked her planet first. They flew through a wormhole on the strength of those readings and found out she'd only been down there about an hour on her own clock. She died minutes before they landed.