Has Cassini Ignited Saturn Into a Star?!

So you're saying Cassini caused Saturn to wobble?

Maybe the plutonium is on a timer!



:chance:

Unknown to many, Cassini was outfitted with a bottle of A1 Sauce.

The latest observations seem to indicate a mass of rectangular objects expanding and replicating.

Our latest model runs give us only 48 hours to evacuate planet Earth.

:screamer:

The plutonium was kept in separate modules that were individually encased in titanium shells to prevent leakage should the rocket have crashed before leaving earth.

Does Saturn have pressure densities high enough to fracture these cases and release the plutonium?
How long would it take these modules to sink to the greatest depths of the atmosphere? Would they float on a layer of atmosphere so dense that they were too lite to sink any further?

I thought it was Jupiter that was supposed to become a second star?

Thread: JUPITER IGNITION!!!!!!!

Ever thought about the concept that this could have been done on purpose?

Jupiter failed to ignite. That's why they tried with Saturn?

LOL

That's because of the plutonium explosion - the explosion threw Saturn out of orbit.
If you take another photo today, you will notice that it shifted again.

SATURN IS OUT OF IT'S ORBIT AND IT WILL COLLIDE WITH EARTH ON SEPTEMBER 23, 2018

















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28 Days- I wouldn't go outside soon- dangerous radiation levels

You can actually cause runaway fusion reactions in planets like Saturn and Jupiter by exploding a nuclear bomb at depth. Sound crazy? I'll tell you why. Because their atmospheres are so thick, impacting asteroids that manage to reach depth are already disrupting the density making fusion reactions impossible. Even planets the size of Earth impacting Jupiter disrupt the density as they are colliding. Material will become super heated, but not dense enough for fusion reactions. Fissile material for nuclear bombs are not naturally occurring materials in the entire universe. Plutonium is only made in reactors. Uranium 235 is only 0.7% of naturally occurring uranium 238. Even naturally occurring uranium doesn't exist as a pure metal. It comes in the form of oxides in ores. In the entire universe the maximum amount of naturally occurring uranium metal in any one location is probably smaller than a pea. The maximum amount of weapons grade uranium metal in any one location in the entire universe is probably less than 10 atoms. Hydrogen is so dense at the core of Jupiter that it is in a metallic state. This is surrounded by liquid state hydrogen. If you can get a capsule containing a nuclear bomb down to this region without crushing the capsule, and then detonating it, you will get a runaway fusion reaction in the core of Jupiter. Simply dropping a nuclear core into the planet, or a plutonium thermoelectric generator like on this spacecraft, will not do it. This will cause an atomic explosion too soon before reaching the necessary layer containing the super dense hydrogen for the proton-proton and subsequent reactions to take place. The best method would probably be to drop a sphere of plutonium 239 containing an internal neutron generator(beryllium-polonium urchin), with the plutonium sphere surrounded by a beryllium reflector and special dense materials such that the core is compressed only at depth.

Runaway? No, not without increasing the mass of either planet by many multiples of itself. Otherwise it will fizzle.

You are wrong. It will not fizzle. Gravity and the mass of the outer layers acts as a tamper keeping the fusing material in a super dense state. The core will undergo a runaway fusion reaction. This process cannot be recreated even on Earth with a hydrogen bomb.

So....judging from those pics....Saturn is already a star?

Nasa Lies!

Uranus looks a little Bigger.

I tried to destroy it.
Guess it didn't work.

oh brother...

Great, prove it's a lie then.

Wrong. Even Jupiter lacks the mass necessary to sustain hydrogen fusion.

Go fuck yourself.

All right. So the Saturn/Cassini thing is a bust.

But Nibiru is going to collide with Jupiter on the 23rd still, right???

Lol