"Because the force of gravity between two objects rapidly increases as the objects move closer together, a planet’s gravity pulls on the near side of a moon harder than it pulls on the moon’s far side. Normally, the difference in these gravitational tugs across the width of the moon (called a tidal force) is too small to be noticed. But if a moon gets too close to the planet, the tidal force is sufficient to rip the moon apart.
Scientists have suggested that Chrysalis’s icy material was stripped away by tidal forces when it got too close to Saturn, and this icy material eventually formed Saturn’s rings. Such a process is known as tidal stripping.
Saturn’s icy rings are continually being pelted by meteoric dust containing carbon. Given sufficient time, the shiny, icy rings will eventually become dark and sooty. Measurements made by the Cassini spacecraft enabled scientists to obtain better estimates of how quickly the ice rings are being “dirtied” by this dust, and they concluded that the rings could be no more than 200 to 300 million years old.
Saturn’s icy rings are continually being pelted by meteoric dust containing carbon. Given sufficient time, the shiny, icy rings will eventually become dark and sooty. Measurements made by the Cassini spacecraft enabled scientists to obtain better estimates of how quickly the ice rings are being “dirtied” by this dust, and they concluded that the rings could be no more than 200 to 300 million years old.
In fact, according to the description in this news account, the maximum possible age seems to have been reduced even further to just 100 million years. Of course, the rings could be much younger than this, and creation scientists argue that the rings are just 6,000 years old.
Conventional scientists still argue that Saturn is billions of years old, even though the rings are much younger. However, scientists who believe in long ages have historically had difficulty explaining how Saturn’s rings could naturally form long after the formation of the planet itself.
Conventional scientists still argue that Saturn is billions of years old, even though the rings are much younger. However, scientists who believe in long ages have historically had difficulty explaining how Saturn’s rings could naturally form long after the formation of the planet itself.
Planetary scientist Robin Canup of the Southwest Research Institute (SwRI) said,
“I know of no way to form the rings recently
with any reasonable probability.”
Ring expert Luke Dones, also of SwRI, said,
“I have no objection to young rings. I just think no one has found a very plausible way of making them. . . . It requires an unlikely event.”
David Coppedge is a creation researcher who once worked for NASA’s Jet Propulsion Laboratory (JPL) and was a team lead computer administrator on the Cassini project. He recalls how JPL scientists were bothered by the apparent youth of Saturn’s rings:
"It was clear to me that nothing would dislodge their belief in billions of years, but there was a subtext that it would be very troubling to them if the rings turned out to be young. They have no explanation, and they admit it."
You can be certain that ring experts are well aware of using tidal breakup of a moon as a possible explanation for Saturn’s rings.NASA planetary scientist Jeff Cuzzi had already considered such a proposal years ago and thought it was unlikely. The age of Saturn’s rings has clearly been the subject of debate for quite a while.
Saturn’s rings really do look young. And it’s not just the rings. Saturn’s moons show many indications of youth, as do Jupiter’s.
This is hardly surprising since the Lord Jesus made our solar system only about 6,000 years ago."
ICR

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