Many planets orbiting other stars may be tidally locked to those stars.

许多围绕着恒星转的行星也可能会被引潮力锁定。

It turns out there's more than one way to tidally lock the rotation of a planet to its orbit.

原来引潮力锁定行星旋转的方式不止一种。

The Moon is tidally locked to the Earth, so the Moon rotates incredibly slowly.

月球被地球潮汐锁定，因此月球自转速度非常慢。

This close distance could mean that SPECULOOS 2c is tidally locked to its star.

这种近距离可能意味着 SPECULOOS 2c 被潮汐锁定在它的恒星上。

Instead, the two bodies are tidally locked with the same sides, always facing each other.

相反， 两个身体以相同的侧面潮汐锁定，始终面对面。

That means its Goldilocks zone is so close to it that the planet may be tidally locked, as the moon is to the Earth.

这意味着这个星系的可居住区过于靠近母恒星，行星可能会被潮汐锁定，就像地球对月球那样。

About the only thing they all have in common is that they're tidally locked to Jupiter; they all rotate once for every time they go around the planet.

它们的共同点在于，它们都被木星的引力潮锁定；它们的自转周期和公转周期相同。

Or, Proxima B could be tidally locked to Proxima Centauri, meaning that one of the planet's sides would always face its star, and the other side would be plunged into darkness.

比邻星 B 也可能会被潮汐锁定在比邻星旁，这意味着这颗行星的一侧将永远处于白昼，而另一侧则会永远陷入黑暗。

This hints at Predators evolving on a tidally locked planet where one side of the planet was always facing a scorching sun, spreading its heat to the permanent dark side facing away from the sun.

这暗示捕食者是在一个被潮汐锁定的星球上进化的，在这个星球上，星球的一侧总是面对着灼热的太阳，将其热量传播到远离太阳的永久黑暗面。