- Jun 25, 2003
- 248
- 17
- 39
- Faith
- Christian
- Marital Status
- Single
- Politics
- US-Republican
Here are some evidences for the "Young Universe" view. Can you rebut them?
1. Moon dust. This is a big one, which has had many arguments brought against it. It is based on the amount of cosmic dust in the solar system, which, over billions of years (assumedly) has been accumulating on earth and the moon (and the other planets, too, but they aren't relevant here). According to the supposed billions of years in which the moon and Earth has been picking up dust, there should be hundreds of feet of space dust on both bodies. Now, the lack of dust on earth has been explained by erosion of water and wind (it is thought that we will eventually find these billions of years worth of space dust in the bottom of the oceanic basins). But no such factors exist on the moon; therefore, a nearly undisturbed supply of space dust should be found there, anywhere from 80 to 130 feet deep; and yet upon arrival on the moon, we found only an inch or two of accumulation. What do the evolutionists say to this?
2. Short Period comets. On our solar system are dozens of Comets, known as Short Period Comets because they come within sight of earth every few hundred years or so (as opposed to every few billion years, as the Long Period Comets must). These comets, made up of ice, rock, and a gasseous covering which we see, shrink a little every time they come near the Sun, and it has been observed that they eventually split or disappear. The question is, why are there any Short Period comets left in the solar system, if they have been slowly shrinking in size and decreasing in number for billions of years? There are two explanations. One, there is a source of such comets (volcanoes, for instance, or distant asteroids breaking into pieces--neither of which really makes sense); or they haven't been shrinking/growing fewer for billions of years after all.
2. Volcanoes on Io. The Old Universe hypothesis would suggest that the moons in our solar system are billions of years old, and basically dead since they are so small: all volcanic activity on the moons should have stopped long ago. And yet in 1979 a volcanic eruption was observed on Io; closer examination showed that this moon is more active, volcanically speaking, than our earth. Apparently, Io isn't so old and dead after all.
3. Cool Moon. Our moon has been found to be quite radioactive--radioactive enough that some scientists have been lead to wonder why it isn't quite hot, or even melting, from the cumulative effect of the radioactivity over billions of years. Also: short-lived isotopes (U-236 and Th-230, to be precise) have been found in the moon's crust; if the moon were billions of years old, as evolution suggests, then these isotopes should have decayed and disappeared long ago.
4. Moon craters. It has been established that solids, like liquids, eventually "flow" into a state of uniformity (i.e., a stone statue, if given enough time, will eventually become a puddle of marble.) (If anyone needs them, I can cite examples.) Therefore, if the meteoric craters on the surface of the moon were formed billions of years ago (before life began to evolve on earth), then these craters should long since have disappeared. They haven't, obviously.
More later, I really have no time.
Best of regards,
the_cloaked_crusader
1. Moon dust. This is a big one, which has had many arguments brought against it. It is based on the amount of cosmic dust in the solar system, which, over billions of years (assumedly) has been accumulating on earth and the moon (and the other planets, too, but they aren't relevant here). According to the supposed billions of years in which the moon and Earth has been picking up dust, there should be hundreds of feet of space dust on both bodies. Now, the lack of dust on earth has been explained by erosion of water and wind (it is thought that we will eventually find these billions of years worth of space dust in the bottom of the oceanic basins). But no such factors exist on the moon; therefore, a nearly undisturbed supply of space dust should be found there, anywhere from 80 to 130 feet deep; and yet upon arrival on the moon, we found only an inch or two of accumulation. What do the evolutionists say to this?
2. Short Period comets. On our solar system are dozens of Comets, known as Short Period Comets because they come within sight of earth every few hundred years or so (as opposed to every few billion years, as the Long Period Comets must). These comets, made up of ice, rock, and a gasseous covering which we see, shrink a little every time they come near the Sun, and it has been observed that they eventually split or disappear. The question is, why are there any Short Period comets left in the solar system, if they have been slowly shrinking in size and decreasing in number for billions of years? There are two explanations. One, there is a source of such comets (volcanoes, for instance, or distant asteroids breaking into pieces--neither of which really makes sense); or they haven't been shrinking/growing fewer for billions of years after all.
2. Volcanoes on Io. The Old Universe hypothesis would suggest that the moons in our solar system are billions of years old, and basically dead since they are so small: all volcanic activity on the moons should have stopped long ago. And yet in 1979 a volcanic eruption was observed on Io; closer examination showed that this moon is more active, volcanically speaking, than our earth. Apparently, Io isn't so old and dead after all.
3. Cool Moon. Our moon has been found to be quite radioactive--radioactive enough that some scientists have been lead to wonder why it isn't quite hot, or even melting, from the cumulative effect of the radioactivity over billions of years. Also: short-lived isotopes (U-236 and Th-230, to be precise) have been found in the moon's crust; if the moon were billions of years old, as evolution suggests, then these isotopes should have decayed and disappeared long ago.
4. Moon craters. It has been established that solids, like liquids, eventually "flow" into a state of uniformity (i.e., a stone statue, if given enough time, will eventually become a puddle of marble.) (If anyone needs them, I can cite examples.) Therefore, if the meteoric craters on the surface of the moon were formed billions of years ago (before life began to evolve on earth), then these craters should long since have disappeared. They haven't, obviously.
More later, I really have no time.
Best of regards,
the_cloaked_crusader