| Shrinking Sun |
Since 1836 over 100
different observers have measured the sun to shrink at about 0.1%
per century (or 5 feet per hour). If the sun existed 1 million years
ago, it would have heated to earth so that life could not survive. |
| Solar
Fuel |
If nuclear reactions is the predominate energy source in
the sun, then the sun's fuel would have been depleted in less than
10 million years. If the sun is young, so is the earth. |
| Differential
Gas Rotation |
There is differential gas rotation in the sun above and
below the equator, but no known self-consistent driving force for
it. Therefore, it should have dissipated long ago if the sun was ancient. |
| Formation
of the Sun |
The sun contains 99.857% of the mass in the solar system.
Why did a measly 1/7% not fall into the main body? What stopped the
condensation? |
| Formation of the Planets |
How did planets like earth (density
of 5.52), Mercury (5.46), Venus (5.06), Mars (4.12) and the Moon (3.32)
get densities up to 3 times that of the sun (1.41)? What about Jupiter
(1.35) and Saturn (0.71)? |
| Earth is a Freak |
The material of the sun is
not at all suitable to form the earth. If the sun is "normal" (like
most other stars and interstellar matter) then Earth is a "Freak"
- unlike anything else in the known universe. |
| Angular Momentum |
If
the sun started as gaseous protogalaxy, then it lost 99.9999999% of
its angular momentum (all but .000000001%). Sun has 99% of the mass
within the solar system, but the planets have 98% of angular momentum
(200% that of the sun). |
| Planetary Orbits |
What about the retrograde rotation
of Uranus, Venus and Pluto? How did Pluto (.249) and Mercury (.206)
get elliptical orbits versus Earth's .017, Mars' .093 and Venus' .007? |
| Planetary
Axis Inclinations |
Why the vast variation if all from a single source.
Uranus - 98 degrees, Neptune - 29 degrees, Saturn - 26 degrees, Mars
- 24 degrees, Earth - 23.5 degrees and Jupiter - 3 degrees? |
| Backwards
Moons |
All 60 moons in our solar system should revolve in the same direction,
but 6 moons revolve backwards. Jupiter, Saturn and Neptune have moons
that revolve in both directions |
| Inclined Orbits of Moons |
Orbits of 60
moons should all lie in the equatorial plane of their planets, but
many are highly inclined including Earth's moon. |