UFO'S of UAP'S, ASTRONOMIE, RUIMTEVAART, ARCHEOLOGIE, OUDHEIDKUNDE, SF-SNUFJES EN ANDERE ESOTERISCHE WETENSCHAPPEN

Even though most of know that it is impossible for us to be the only advanced(ish) beings in an infinite Universe(s) Science has finally proven that we are very much not alone in the Universe, in fact it is impossible for us to be the only ones!

A New York Times article, by Adam Frank, published in the Sunday Review points out that “the Odds Are Less One in 10 BILLION TRILLION That We Are Not The First” advanced civilizations, and that the possibility of communicating with extraterrestrials and proving the the existence of an alien society can be viewed with the aid of the “Drake Equation”. Here are excerpts from Frank’s outstanding article.

“LAST month astronomers from the Kepler spacecraft team announced the discovery of 1,284 new planets, all orbiting stars outside our solar system. The total number of such “exoplanets” confirmed via Kepler and other methods now stands at more than 3,000.

This represents a revolution in planetary knowledge. A decade or so ago the discovery of even a single new exoplanet was big news. Not anymore. Improvements in astronomical observation technology have moved us from retail to wholesale planet discovery. We now know, for example, that every star in the sky likely hosts at least one planet.

But planets are only the beginning of the story. What everyone wants to know is whether any of these worlds has aliens living on it. Does our newfound knowledge of planets bring us any closer to answering that question?

A little bit, actually, yes. In a paper published in the May issue of the journal Astrobiology, the astronomer Woodruff Sullivan and I show that while we do not know if any advanced extraterrestrial civilizations currently exist in our galaxy, we now have enough information to conclude that they almost certainly existed at some point in cosmic history.

Among scientists, the probability of the existence of an alien society with which we might make contact is discussed in terms of something called the Drake equation. In 1961, the National Academy of Sciences asked the astronomer Frank Drake to host a scientific meeting on the possibilities of “interstellar communication.” Since the odds of contact with alien life depended on how many advanced extraterrestrial civilizations existed in the galaxy, Drake identified seven factors on which that number would depend, and incorporated them into an equation.

Just imagine he wonders out there!

You might assume this probability is low, and thus the chances remain small that another technological civilization arose. But what our calculation revealed is that even if this probability is assumed to be extremely low, the odds that we are not the first technological civilization are actually high. Specifically, unless the probability for evolving a civilization on a habitable-zone planet is less than one in 10 billion trillion, then we are not the first.

To give some context for that figure: In previous discussions of the Drake equation, a probability for civilizations to form of one in 10 billion per planet was considered highly pessimistic. According to our finding, even if you grant that level of pessimism, a trillion civilizations still would have appeared over the course of cosmic history.

In other words, given what we now know about the number and orbital positions of the galaxy’s planets, the degree of pessimism required to doubt the existence, at some point in time, of an advanced extraterrestrial civilization borders on the irrational.

In science an important step forward can be finding a question that can be answered with the data at hand. Our paper did just this. As for the big question — whether any other civilizations currently exist — we may have to wait a long while for relevant data. But we should not underestimate how far we have come in a short time.”

Basically people, we are VERY much not alone in the Universe and it is now pretty much impossible to think we are! Perhaps this is part of the drip feeding of disclosure!?

U.I.P SUMMARY

There was a time when the human race as a whole believed that we were completely alone in the Universe and that you would be crazy to think anything different – NOW, you would have to be crazy to think that we are alone in the Universe!

What with Sightings on the rise across the planet of UFO’s and Scientists now confirming the existence of Alien Beings and the Universe being infested with life, perhaps this is all part of the big build up to official disclosure, educating the masses that we are very much not alone in space.

If you read in between the lines of the above article it is clear that the odds are now changing as to whether or not the Elite are going to tell us the Truth about the ET’s – Thanks to people like all of us, we are all dragging the truth out kicking and screaming!

Wonder what other announcements will be coming out in 2017?

MWV

Alone in the Universe…..Yeah right!

Astronomers at the University of Auckland claim that there are actually around 100 BILLION habitable, Earth-like planets in the Milky Way — significantly more than the previous estimate of around 17 billion. There are roughly 500 billion galaxies in the universe, meaning there is somewhere in the region of 50,000,000,000,000,000,000,000 (5×1022) habitable planets. I’ll leave you to do the math on whether one of those 50 sextillion planets has the right conditions for nurturing alien life or not.

The previous figure of 17 billion Earth-like planets in the Milky Way came from the Harvard-Smithsonian Center for Astrophysics in January, which analysed data from the Kepler space observatory. Kepler essentially measures the dimming (apparent magnitude) of stars as planets transit in front of them — the more a star dims, the larger the planet. Through repeated observations we can work out the planet’s orbital period, from which we can usually derive the orbital distance and surface temperature. According to Phil Yock from the University of Auckland, Kepler’s technique generally finds “Earth-sized planets that are quite close to parent stars,” and are therefore “generally hotter than Earth [and not habitable].”

The University of Auckland’s technique, called gravitational microlensing, instead measures the number of Earth-size planets that orbit at twice the Sun-Earth distance. This results in a list of planets that are generally cooler than Earth — but by interpolating between this new list, and Kepler’s list, the Kiwi astronomers hope to generate a more accurate list of habitable, Earth-like planets. “We anticipate a number in the order of 100 billion,” says Yock.

Gravitational microlensing, an effect theorized by Einstein back in 1936, is exactly what it sounds like. Essentially, light emitted by a star is bent by the gravity of massive objects, ultimately allowing astronomers to work out just how large those objects are. Gravitational microlensing has been used in recent years to detect planets the size of Neptune or Jupiter, and now Yock his colleagues at the University of Auckland have proposed a new method for detecting Earth-sized planets. The astronomers hope to use this new microlensing technique with a huge suite of telescopes — located in Chile, South Africa, Australia, New Zealand, Hawaii, and Texas — to confirm their estimate of 100 billion Earth-like habitable planets.

Suffice it to say, if the Milky Way contains 100 billion Earth-like planets, and there’s somewhere in the region of 500 billion galaxies, then there’s an extremely high chance of other planets harbouring life. As for how we’ll get to those planets, though — or, alternatively, how the residents of those planets will get to us — remains a very big question. The nearest probably-habitable planet is Tau Ceti e, which is 11.9 light years from Earth. The fastest spacecraft ever, Helios II, traveled at 43 miles per second (70km/s), or 0.000234c (the speed of light). At that speed it would take 51,000 years for a spacecraft to reach Tau Ceti e.

It gets worse: Helios II was only travelling that fast because it was orbiting close to the Sun; Voyager, for example, travels at just 8 miles per second (so, about 200,000 years to reach Tau Ceti e). To reach another star within a reasonable time period (say, 50-100 years) we would need a propulsion system that’s capable of around 0.1c (10% light speed). There are a few proposed methods for reaching such insane speeds (antimatter rockets, fusion rockets), but nothing that’s being immediately (and seriously) considered for interstellar travel. Who knows, maybe NASA’s warp drive will pan out? If they can work out the whole annihilating-the-star-system-upon-arrival issue, that is…

[The image at the top of the story is an infrared image of the core of the Milky Way, captured by NASA’s Spitzer space telescope. Infrared imaging allows you to see many stars which are normally obscured by intergalactic dust.]

UIP Summary

I remember as a child always being led to believe that we are alone in the vastness of the Universe and that we are all just some kind of a ‘miracle’ and out there in the darkness of space is just lots of dying stars and planets! How VERY wrong were they….The Galaxy we live in is infested with life! Out of a 100 Billion habitable planets there is going to be a lot of other planets out there that are inhabited, much like planet earth, but perhaps some far more sophisticated.

With all of these Scientists coming out with such amazing news such as this, it really does make me thing that perhaps this is part of the drip feeding of disclosure like everything else we have been presented with in the last few years! So that in the near future our so called world leaders can say “hell, we told you there was life out there” (even though they probably know where and who ‘some’ of the ET beings are!).

I don’t know about you, but this makes us here at UIP pretty damn excited about the prospect of meeting some of our 100 Billion neighbours out there….lets hope we meet the friendly neighbours first!

And some people think we are still alone in the Universe!!

UIP

{ http://www.ufointernationalproject.com/ }