The researchers believe that
tidal forces created by the gravitational pull of the giant planet may have interrupted the magnetic field of the star.
The core is heated because the moon is always flexing due to
tidal forces created by Saturn's gravity.
Not exact matches
Its irregular orbit around the gas giant
creates strong
tidal forces within Io, causing its surface to rise and fall by as much as 100 meters.
This would
create tidal forces that squash and stretch the planet.
Becaue it is so close to the star, one side of the planet most likely always faces the star and feels more of its gravitational pull,
creating tidal forces that squish and stretch the tiny body.
But recent modeling by NASA researchers reveals the grooves to be more akin to stretch marks
created from the
tidal forces caused by the gravitational pull between Mars and Phobos.
This hot slush is
created by
tidal forces from the mammoth gravity of Jupiter, which slowly knead the moon as it moves in its orbit, generating enormous amounts of heat as rock crystals rub against each other.
So what if all of the recognized periodic oscillations that comprise a whole laundry list of acronyms supposed to be primary, but unpredictable internal
forcings of the natural variability, were but the secondary result of the interactions of the sun with the rest of the solar system, topped off with a local
tidal focus
created by the moon?
However it doesn't just stay in one place, but moves rapidly in a figure of 8 pattern under the influence of a rudder and the tether and lift
forces created by the
tidal flow.