Cosmos: Space and the Infinitely Interesting Universe

image It is thought that an asteroid named Apophis could fly close enough to Earth in 2029 (on Friday the 13th) the be pulled at an angle where it will circle the sun, swing back around, and collide with Earth in 2035 and cause devastation like we’ve never seen before. Even if it lands in the ocean, coastal regions would decimated by an unbelievable tsunami.

Space is completely silent.
Since there’s no atmosphere in space, there’s no medium for sound to travel.

Black Holes eat stars

"Space Junk" accumulating around the planet

There is actually lightning in Space


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Mind Space Apocalypse

View MSA in Space Magazine.

– Project Lucifer:


If you’re a fan of science fiction, you know about Arthur C. Clarke’s (and Stanley Kubrick’s) seminal novel series2001: A Space Odyssey. In the second installment, 2010: Odyssey Two, the alien monolith that was orbiting Jupiter replicates itself and begins condensing the gas giant, eventually transforming it into a smaller sun.

This process turns the former planet’s moons into habitable worlds suitable for life. The people of Earth consequently name the second sun in the sky Lucifer.

Without getting too ecclesiastic, the term Lucifer comes from Latin and literally means ‘light-bringing.’ Fitting name for the solar system’s new star.

Most of us regard this concept as nothing more than science fiction and nigh impossible to achieve with our current level of technology. But a number of conspiracy theorists not only believe it possible, they actually claim this is one of NASA’s ongoing projects. Here’s why.

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Jupiter has been called a failed star, in the sense that if it had more mass, it could have started nuclear fusion and effectively become a star. Unfortunately (fortunately?), astrophysicists calculated it would have needed to be 75 times more massive in order to do so.

Conspiracy theorists believe this mass deficit could be corrected with the addition of nuclear fuel that could jump-start the process of nuclear fusion. Enter NASA’s space probes Galileo, Cassini, Voyager and the rest.


In order for these space probes to work, they need a reliable fuel source as solar energy becomes difficult to catch once you get past the orbit of Mars. Therefore, NASA equipped its probes with an energy source called an RTG, short for radioisotope thermoelectric generator. The radioactive decay of the Plutonium-238 pellets contained in an RTG steadily produces electricity that powers the probe. For example, the Galileo space probe contained 2 RTGs, each carrying 17 pounds of Plutonium-238. What would happen if this payload were detonated inside Jupiter?

Well, nothing, or at least, nothing observable. In 2003, Galileo was deliberately crashed into Jupiter’s atmosphere. NASA followed this approach because they feared crashing it into one of Jupiter’s solid moons carried the risk of contamination with terrestrial bacteria.

Conspiracy theorists saw this venture as an expression of Project Lucifer. They feared that, as Galileo fell through Jupiter’s dense atmosphere, the pressure would have steadily increased, causing the Plutonium in the RTGs to trigger a thermonuclear reaction, birthing the new sun.

It’s been almost twelve years since Galileo was buried in the heart of the gaseous planet and nothing’s happened. There is no second sun on our sky. So we’re in the clear, right?

Saturn_with_auroras (1)

Not exactly. There’s another gas giant in our solar system: Saturn and it’s not much smaller than Jupiter. And there’s another probe orbiting Saturn, the Cassini space probe. And it’s equipped with 73 pounds of Plutonium-238. And it’s still orbiting Saturn, until commanded otherwise by NASA. So are we in danger?

Supposedly not. Even if every atom of Plutonium aboard the space probe would participate in a nuclear detonation, it wouldn’t be enough to start a chain reaction. It would be like a drop of water in a swimming pool – harmless.

Our technology would need to steadily advance for hundreds if not thousands of years before we could reach the capability of star formation. And even if such technology would be available today, why would we need a second sun? Our own functions perfectly, even with massive UFOs stealing its energy once in a while. If one of the gas giants were to suddenly become a star, it would most likely disrupt the delicate balance of our solar system. Its gravitational pull would tug on the asteroids between Mars and Jupiter, undoubtedly sending some of them our way.


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~ The Earth is not a big rock, infested with living organisms, any more than your skeleton is bones infested with cells.

– The Earth is geological, yes, but this geological entity grows people. And our existence on the Earth is a symptom of the solar system and its balances as much as the solar system in turn is a symptom of our galaxy and our galaxy in its turn is a symptom of the whole company of galaxies; goodness only know what that’s in. – But you see, when as a scientist you describe the behavior of a living organism you try to say what a person does. Its the only way in which you can describe what a person is, describe what they do. – Then you find out in making this description you cannot confine yourself to what happens inside the skin. In other words you can’t talk about a person walking, unless you start describing the floor. Because when I walk i don’t just dangle my legs in empty space. I move in relationship to a room. So In order to describe what I’m doing when I’m walking I have to describe the room, I have to describe the territory. – So in describing my talking at the moment I can’t describe this just as a thing in itself because I’m talking to you. So what I’m doing at the moment is not completely described unless your being here is described also. – So if that is necessary if in other words in order to describe my behavior I have to describe your behavior and the behavior of the environment; it means that we really got one system of behavior. That what I am involves what you are. I don’t know who I am unless I know who you are and you don’t know who you are unless you know who I am. – A wise man once said “If I am I because you are you and you are you because I am I then I am not I and you are not you.” In other words we are not separate. – We define each other, we’re all backs and fronts to each other. We and our environment, and all of us and each other are interdependent systems. We know who we are in terms of other people. We all need to love together as we are; I think, quite urgently, in need of coming to feel that WE all are the eternal universe, each one of us. “Society: A Perpetual Cycle” – Alan Watts ******** – So true and it sounds great, but it’s too late and won’t happen. Too much hate, greed, evil, and ignorance have infested the world. It’s the sad truth, but we are fuckin doomed. We failed as a species plain and simple. – @Overkill_MSA

– We all know about Saturn and its rings, but have you ever heard about its cloud patterns? In the early 1980s, the Voyager mission made a surprising and unprecedented discovery, which was confirmed by a visit from the Cassini spacecraft. Encompassing all of Saturn’s north pole is a giant hexagonal storm with sides longer than the diameter of Earth. The storm has been raging for over 30 years. Spookily, the hexagon doesn’t move with the rest of the clouds on the planet, and since it possesses such a large degree of geometric precision, countless conspiracy theories have sprung up about it. (Thankfully, most of them are not serious.) While the phenomenon is still not fully explained, scientists have several ideas that help explain exactly what is going on using “fluid dynamics.” Lab experiments have shown that in a fluid where the center is spinning faster than the outer sides, turbulence starts to create edges. At high enough speeds, polygon shapes begin to appear. Since the winds in the hexagon have been clocked at 322 kilometres per hour (200 mph), crisp sides have formed. While this sounds like a pretty solid theory, some are still convinced that it is, of course, an opening to another dimension. image
– After taking a look at stuff way out there in our solar system, let’s head home to Earth and discuss the largely disputed matter of our planet’s second moon. Since 1846, astronomers have been searching for a second moon of Earth. Frederic Petit was the first to claim he had found one. He proposed that it orbited Earth in less than three hours at just 11 kilometers (7 mi) above our planet’s surface. Ever since, many other astronomers have claimed to find a second moon—but to no avail. However, there is one weird exception.3753 Cruithne is an alien asteroid that orbits the Sun in 364 days, with perfect resonance to that of Earth. This means that, for a short time every year, the 5-kilometer (3 mi) asteroid is part of the Earth system. It reaches its closest point to Earth every November. Technically, it does not count as a moon, since it leaves Earth. But it’s still nice to think that every year, an alien object comes to visit. image
– The moons Janus and Epimetheus are known as the “Siamese moons,” because they share the same orbit and are separated by only 50 kilometers (31 mi)—that’s less than the radius of the moons themselves. Because of this, they are locked in a gravitational tango that causes them to literally swap places every four years. Due to their complex relationship, they will never crash into each other. Originally, scientists were puzzled as to why data did not match their expectations of the moon they had named “Janus.” In 1978, 12 years after the discovery of their common orbit, we realized that what we had called Janus was actually two separate moons. This was confirmed by the Voyager flyby in 1980. Interestingly, a faint ring of dust is present in the region of their orbits. This suggests that the two moons were once a single larger one that has since broken up, leaving behind trace amounts of rubble. image image image image image
Why do so many astronomical objects have annoying names? Luckily, this comet was nicknamed “Drac,” after Dracula—due to his ability to walk on walls—which is much easier to say. What does walking on walls have to do with a comet? Well, Drac was the first trans-Neptunian object discovered to orbit the Sun backward—albeit slowly, taking 306 years. (We still don’t quite see the link to walking on walls, either.)While there were already a few objects known to image orbit the Sun backward—you may have heard of Halley’s Comet—they get very close to the Sun in their orbit. Drac, however, never gets any closer than roughly 20 times the distance from the Sun to Earth—equal to the orbit of Uranus. This means that the comet could be the missing link between objects like Halley’s Comet and other debris in the far-out Oort Cloud of comets past Pluto, helping to
image explain their formation, which is currently a mystery to science.There are many ideas out there attempting to explain why the orbit of Drac is so unlike almost all others. One of the most interesting prospects is that it might not have formed together with our solar system at all—otherwise it would orbit in the same direction as everything else. It is entirely possible that the comet could have gotten trapped in our solar system from interstellar space, providing us with an unprecedented amount of info

**Black Holes***Your Life On Earth***Pluto***Mystery Object in Space**

125 Amazing Space Facts You Should Know About Space, Universe, Planets, Solar System, Galaxy, Astronomy and Stars

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