Real science
is complicated
with many
unanswered
questions.
Government bureaucrat
climate junk science
is simple, and confident,
designed for simpletons:
CO2 controls
the temperature
of our planet and
CO2 levels
can be predicted
for 50 to 100 years
into the future.
A lot of people who
should know better ...
are paid to believe that.
Never mind that in
earth's 4.5 billion year
history, only a few decades
had a simultaneous rise
of CO2 and the global
average temperature
( from 1975 to 2020, excluding
a flat trend from 2003 to mid-2015 ).
Now lets look at
the big picture
-- our solar system --
more complicated
than what we learned
in elementary school !
Biologist Eleanor Lutz
mapped every known
object in Earth’s
solar system that was
>10km in diameter.
Asteroids, comets,
planets, moons and
small bodies of rock,
metals, minerals and ice
are continually moving
as they orbit the sun.
Our solar system
is a surprisingly
crowded place,
unlike the simple
diagrams we were
shown in elementary
school.
Thr visualization below
combines five different
data sets from NASA
Lutz mapped the orbits
of over 18,000 asteroids
in the solar system:
-- 10,000 at least
10km in diameter,
-- 8,000 of unknown size.
The chart below shows
each asteroid’s position
on New Year’s Eve 1999:
When plotting the objects,
Lutz observed the
solar system is not
arranged in linear
distances.
It is logarithmic,
with more objects
close to the sun.
The gravitational pull
of the sun makes
the majority of objects
closer to the sun.
Sir Isaac Newton said
heavier objects produce
a bigger gravitational pull
than lighter ones.
The sun is
the largest object
in our solar system,
so it has the strongest
gravitational pull.
The sun is continually
pulling in the planets.
But the planets
don’t fall into the sun
because they are
moving sideways
at the same time
( see moving chart below ).
Without that
sideways
motion,
the objects
would fall
to the center.
And without the pull
toward the center,
objects would go
flying off in a
straight line.
This is why the farther
you travel through
the solar system,
the bigger the distance
between objects, and
the fewer the number
of objects.
The Top Ten Non-Planets
in the Solar System:
