Challenge: Design
a Martian
Ms. Mookini's
Class, California
Shroom

Mars ‘Shroom
Evolution Strip
Mars
‘Shroom
From the water that was on Mars and is now frozen, the Mars ‘Shroom
can be found. Mars ’Shroom has existed in its pre-preorganism
form since the time that Mars had an atmosphere similar to the atmosphere
now existing on Earth. It needs to be exposed to the warmth of the Sun
(as Mars orbits closes to the Sun) for Mars ’Shroom to evolve.

Picture 1
This
is Mars ‘Shroom in its pre-preorganism form. This form lacks the
shell and gel.

Picture 2

Picture 3
While
still in the part of Mars’ orbit, where Mars is still close to
the Sun, Mars ‘Shroom evolves into its preorganism form (Pictures
2 and 3.) In Mars ‘Shroom second stage preorgansim form, Mars
‘Shroom would appear to be like a deflated balloon (picture 3.).
Since Mars ‘Shroom is transparent, Mars ‘Shroom cannot be
distinguished from the rocks surrounding it. So, a white line has been
drawn surrounding Mars ‘Shroom so it can be distinguished from
the surrounding rock. The Energy Power Packet known as the EPP (shown
as a yellow square) does exist in this stage although it is very small.

Picture 4

Picture
5
Pictures
4 and 5 show the mature organism stage of Mars ‘Shroom. Since
Mars ‘Shroom is so flat, the EPP absorbs the energy it needs from
the rock directly. The EPP takes up the rock and extracts the iron through
a chemical reaction. This chemical reaction turns the solid iron into
a liquid state. The liquid iron becomes first the inner gel used to
fill up the entire organism so the interior structures expand and take
form, like a balloon.
After
the interior structures have form from the inner gel, the chemical reaction
to create liquid iron stops. One of those interior structures is the
Gel Escalator, known as the GE. This GE extends straight down from the
EPP and appears as the red perpendicular stalk. The other interior structure
is the Rock Disposal System tube, known as the RDS tube. This RDS tube
appears as the red tube that is perpendicular to the GE. The function
of the GE is to separate the chemicals needed for organism to create
energy. What chemicals are kept or discarded is the function of the
GE and changes depending on where Mars is in relation to the Sun. When
Mars ‘Shroom is in the orbit closest to the Sun,
the GE will remove carbon dioxide which mixes with the outer gel and
all of this mixes with the sunlight to provide energy to the EPP by
FEphyll. When Mars ‘Shroom is in the orbit leaving the Sun, the
GE will pick up iron and oxygen which creates rust.
The
iron and oxygen are delivered to the EPP to create energy. The GE is
developed at the time of the Mars ‘Shroom’s last exposure
to the sun. As the GE uses up the substances in the rock on which the
Mars ‘Shroom is located, the right side of the GE moves, like
a tread. Therefore, Mars ‘Shroom can move to continue to pick
up substances for use for creating energy. The solid remainder of the
rock that is not used by the EPP gets spit out via the RDS tube. The
RDS tube was present in the flattened state but needed to be expanded
to its form by the inner gel.
The
final structures to be created so that Mars ‘Shroom is a mature
organism are the outer gel and the shell. As Mars leaves the Sun’s
exposure, the Mars ‘Shroom absorbs more carbon dioxide and iron
than it typically would digest. The EPP is like a tiny planet. The EPP
has an electromagnetic field. The EPP is absorbing the iron and carbon
dioxide and it is gaining more energy. It is able to generate a greater
electromagnetic field. With this greater electromagnetic field, the
electromagnetic field surrounds Mars ‘Shroom itself. This electromagnetic
field is the shell. The shell can now hold substance so Mars ‘Shroom
can now begin a new diet, which is mainly iron. The chemical reaction
to create liquid iron starts again for the second and final time to
create the outer gel.

Picture 6
This is Mars ‘Shroom’s
full growth state when liquid water is available. Whenever Mars ‘Shroom
gets close to the sun, Mars ‘Shroom can act like a plant. Mars ‘Shroom
acts like a plant because it takes the carbon dioxide from the rock and
mixes it with water and the sunlight to create energy for the EPP. When
Mars leaves the exposure of the sun, the water freezes and is not available
for energy use by Mars ‘Shroom.
This
picture shows the full grown state of Mars ‘Shroom when there is
no water. There is no water for Mars ‘Sroom to become photosynthetic.
It must use the outer gel to be used as a substitute for water, to combine
with the carbon dioxide and sunlight when Mars ‘Shroom is close
to the sun.
The
Mars ‘Shroom takes two Martian years to develop. After Mars ‘Shroom
develops into its fully grown state, it continues to exist depending on
where in the orbit Mars is. When Mars ‘Shroom and Mars orbits close
to the Sun, so that Mars ‘Shroom is exposed to sunlight, Mars ‘Shroom
gets its energy from the carbon dioxide mixed with outer gel and sunlight
to create a chlorophyll like substance, known as FEphyll. When Mars ‘Shroom
and Mars orbit away from the Sun, so there is no sunlight, Mars ‘Shroom
maintains its energy by removing oxygen and iron from the rock
Discussion:
Mars ‘Shroom is a unique organism because it can withstand extreme
temperature changes in its environment, extreme changes in light presence
in its environment, and exposure to radiation. Mars ‘Shroom withstands
extreme temperature changes. When it is exposed to extreme heat, such
as when the orbit of Mars is close to the Sun, Mars ‘Shroom’s
shell acts like ozone and blocks the majority of the extreme heat. Some
heat does filter through. Since the shell functions like ozone, it also
blocks exposure to radiation. When Mars ‘Shroom is exposed to extreme
cold, Mars ‘Shroom is able to keep warm enough for chemical reactions
to take place to continue to create energy to survive when the orbit is
in its outer reaches. During the time when Mars ‘Shroom was in its
inner orbit, the outer gel was able to absorb what little heat was let
in through the shell. This heat keeps Mars ‘Shroom warm until it
comes back around to the Sun. Mars ‘Shroom is able to withstand
extremes in light presence. Light or the absence of light do not affect
Mars ‘Shroom’s chemical reactions that is needed for existence.
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