Your first
sentence is already wrong, conservation of angular momentum
does not work that way. Whatever the object is, even if its
surrounding environment is a frictionless one, its internal
workings will not be frictionless. Those internal frictions
could easily generate pieces that do not spin in the same
direction. The only restriction place on the system by the
requirement to conserve angular momentum is that the total
before is equal to the total after. As long as all of the
spin angular momenta add up to the same total, physics is
happy.
But even if you had started out correctly, your next
argument would still be wrong, because neither the whole
solar system, nor its constituent parts, formed in such a
manner as you describe. Rather, the whole solar system
formed out of a condensing cloud that lost most of its
angular momentum through interactions with magnetic fields
that resulted in the ejection of considerable mass and
momentum from the system. But the planets and moons did not
form in this "top down" fashion, they formed in a "bottom
up" fashion, being built out of the agglomeration of
smaller "planetesimals" into larger planets. And, finally,
the internal and external environments cannot be
considered, even approximately, to be "frictionless".
Indeed, the early evolution of the planetary system is
dominated by hydrodynamic friction with the accretion disk
out of which the planets form. [Growth of a migrating
protoplanet by H. Tanaka & S. Ida, Icarus 139(2):
350-366, June 1999; Planet Formation by Jack J.
Lissauer, Annual Reviews of Astronomy and Astrophysics, 31
(1993), pages 129-174]
So, when we look at the solar system, we first see that
all of the planets rotate around the sun in the same
direction, as expected. Two of the nine planets spin on
their axes in retrograde (i.e., "backwards"), Venus and
Uranus. The peculiar spin of Uranus is easily explained by
the planet formation process. All it takes is one big
thwack during the accretion of planetesimals, and you wind
up with a sideways planet. Venus is only barely retrograde,
just push it over a couple of degrees and it's spinning
prograde (i.e., "forward"), not retrograde. This can be
explained by the same kind of thwack that upset Uranus,
only a much smaller hit will do the job, or it could be
explained by the exchange of angular momentum between the
planet and its massive atmosphere, or it could be explained
by the fact that the obliquity (the angle of the spin axis
with respect to the plane of the orbit) of a planet is
chaotic and can undergo large migrations quite
spontaneously (in other words, the planet can spontaneously
move from prograde to retrograde spin, or vice-versa). As
for the 6 moons, none of them formed with the parent
planet. In the case of the retrograde moons of Jupiter and
Saturn, they are all the smallest and farthest out. They
were free asteroids until being recently captured by the
gravity of Jupiter or Saturn, and have not had time yet to
be forced into prograde orbits. in the case of Neptune's
Triton, which is quite large, it too was undoubtedly a
recent capture. [On the Character and Consequences of
Large Impacts in the Late Stage of Terrestrial Planet
Formation by D.P. Sheehan et al., Icarus 142(1):
219-237, November, 1999; Venus' Free Obliquity by
C.F. Yoder, Icarus 117(2): 250-286, October, 1995; A
Possible Constraint to Uranus' Great Collision by A.
Brunini, Planetary and Space Science 43(8): 1019-1021,
August, 1995; Evolution of the Spin of Venus by J.
McCue & J.R. Dormand, Earth, Moon and Planets 63(3):
209-225, December, 1993; Why Does the Earth Spin
Forward? by L. Dones & S. Tremaine, Science
259(5093): 350-354, January 15, 1993]
Your argument that an evolutionary scenario for the
formation of the solar system violates the law of
conservation of angular momentum, or any other law of
physics, has been falsified.
There is no aspect of life that violates the second law
of thermodynamics, nor is there any aspect of evolutionary
theory which does either. Neither the 2nd law, nor any
other law of thermodynamics, speaks to the impossibility of
"order" coming from "disorder', nor in fact do any of them
deal directly with "order" at all. Since your description
of the thermodynamic constraints is wrong, and you offer no
other argument, then I am forced to conclude that this
argument too stands falsified.
Louis Pasteur disproved the "spontaneous generation" of
whole complex organisms (particularly flies & maggots)
at one shot. His results are not applicable to the science
of abiogenesis. Pasteur dealt only with large fully-formed
organisms, whereas abiogenesis deals with the smallest
possible molecular life forms. Second, Pasteur. Your
Pasteur argument against abiogenesis has now been
falsified.
Dinosaur and human footprints have never yet been found
together anywhere by anybody. So in this case there is no
argument to falsify.
Judging from the comments made, I presume that you have
not read any of the FAQ files before commenting. This is a
feedback page, the idea is that you read an article
(or 2 or 3 or more), and then you "feedback" opinions about
what the articles say, or corrections if you find errors of
fact. I suggest you go back and read, if you are so
inclined, and then "feedback", if you are so inclined.