| Lunar Inert
Gases |
Inert gases (e.g. Argon-36 and Krypton-84) are present in amounts
that would only take from 1,000 to 10,000 years to accrue from the
solar wind. |
| Moon Radioactive Dust |
Solar radiation reduces the moon rocks
to dust (about .0004 inches per year). Billions of years would have
produced a layer of dust several miles deep. (This was the big worry
with NASA before the 1st lunar landing. This was the reason why the
Lunar Module had large pods on the landing legs.) When the Eagle landed
on the moon, they found only 1/8 inch of dust. |
| Moon Radiation |
Apollo
moon samples were high in radioactivity. Millions of years ago, it
would have been molten from the heat. But the moon is cool. The moon
must be young |
| Short lived Lunar Isotopes |
U-236 and TH-230 would be gone
if the moon's age was great, but they are abundant. This is conclusive
evidences of the moon's age in thousands of years, not millions. |
| Hot
Moon |
The interior of our moon is hot. It hasn't cooled of yet. Must
be a young moon. |
| Jupiter and Saturn |
These planets radiate more than
twice the heat they receive from the sun, probably due to cooling
(not radiation or gravity). They must be so young that they have not
yet cooled off. An infinitely old universe would be at heat equilibrium. |
| Magic
Rings |
Saturn's rings cold not be formed from disintegration of former
satellite or capture of external matter. The particles are too small
and evenly distributed thru an orbit that is too circular. |
| Young Rings |
The
rings orbiting Saturn, Uranus, Jupiter and Neptune are bombarded by
meteorites at high rate. Therefore, they should have been pulverized
and dispersed in about 10,000 years. They must me young? |
| Comet Decay |
Comets
looses mass each time they orbit the sun. There are no know source
for producing new comets. In fact, planetary gravity tend to expel
comets from the solar system. If we perform back calculations, we
can predict that just hundreds of thousands of years ago, comets would
have been bigger than the sun and the sun would therefore orbit the
comets. |
| Icy Comets |
Satellite photos show tiny ice-filled comets
striking the earth's upper atmosphere about 1 every 3 seconds. This
literally adds tons of water to our atmosphere every year. If the
earth's age was old then the oceans would be may times greater. (The
rate of comet strikes would have been greater in the past.) |
| Solar Winds |
The
sun's radiation pushes small particles (less than .000001 cm in diameter)
out from the solar system, yet they are still plentiful. The sun must
be young. |