This is a documentation and
study of the feasibility of creating a sustainable fusion reaction from
an initial fission reaction on Saturn caused by a significant quantity
of Plutonium-238 being inserted deep into the atmosphere. A
fusion-ignited Saturn-sun would be the key to creating a human-habitable
area on Titan. This report is the result of my intensive research on
this subject since late 2002. I could not be so confident in my
assertions if it were not for the additional key research of Jacco van
der Worp, a Netherlands physicist, and former NASA Consultant, Richard
C. Hoagland. I am sure I will be accused of being an alarmist, but I
believe the information presented here will convince any open mind that
there is at least some suspicious activity regarding NASA’s Galileo and
Cassini missions.
The logic of the Lucifer Project other
than the extreme thrill of creating something so amazing, if not of
sinister intent, could be that in order for humans to one day break out
of this shell of Earth we must create more favorable conditions for
traveling within our own solar system. For instance, could humans one
day live on Titan? Maybe, but how do we warm it up? We play the part
of creator and conduct solar system terraforming on a grand scale by
turning Saturn into a small star that supplies Titan with the heat and
light it needs to awaken. Turning one of our gas giants, like Saturn,
into a star is the essence of the “Lucifer Project.”
The
Cassini spacecraft is currently orbiting Saturn, but is likely to be
sent into Saturn July of 2008. This report was written with the
assumption that NASA will end Cassini’s mission the same way they
ended Galileo’s by plunging it into the planet. The polar orbits that
are currently scheduled allow an impact with Saturn on July 7 and
approximately every week thereafter. The Cassini project is to be
concluded no sooner than July 1. The Cassini Spacecraft is powered by
two different means, its thrust propellant, used for trajectory
adjustments, and its main power supply for running instruments. The
latter is 238Pu, or Plutonium-238. This 238Pu
is what is known as a radioisotope, or radioactive isotope, which
becomes physically hot from its own radioactive decay. This heat is
converted into electricity by a thermoelectric converter. At time of
takeoff the spacecraft contained more than 72 lbs. of Plutonium-238
dioxide fuel within (216) 1 inch diameter x 1-1/2 inch long
cylindrical pellets. Each pellet has about 1/3 lb. of plutonium
dioxide fuel, most of which is plutonium-238 and a small amount being
oxygen by mass. In addition, there are some minor amounts of 238Pu
for other heater areas. The pellets are divided into three even groups
of 72, each group within one RTG (Radioisotope Thermo-electric
Generator).4
NASA has crashed a plutonium-carrying RTG into a similar atmosphere
before which may have resulted in an explosion the size of Earth’s
diameter near the equator of Jupiter as observed by many and imaged by
Olivier Meeckers of Belgium on October 19, 2003. Space.com carried
the story “Mystery Spot on Jupiter Baffles Astronomers.”5
The craft, Galileo, entered into Jupiter near its equator very close
to where the “mystery spot” later developed (Diagram A).
It
is possible that if the explosion were larger or deeper, Jupiter could
have reached ignition. The fact remains that a very suspicious bruise
appeared on Jupiter 28 days after Galileo made its plunge there. It
is important to mention that it is rare for a comet or meteor to
impact Jupiter at the equator so it is unlikely this was the cause.
