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Also, exoplanets prove my point. If it was so easy, why weren't we discovering exoplanets 100 years ago? Why didn't we start discovering exoplanets when Scientist first hypothesized that there were other planets outside of our solar system?
Why should I give more weight to it could be anything over the explanation of extraterrestrial visitation when extraterrestrial visitation is the most likely explanation?
originally posted by: tanka418
a reply to: neoholographic
That's kind of my point...we have ore than enough viable, high confidence data to begin to form hypothesis, and begin testing those hypothesis. Yet, most simply wish to stand around and deny reality.
originally posted by: Thecakeisalie
a reply to: neoholographic
The U in UFO stands for 'Unidentified' and some people forget that.
If we knew the origins of these 'craft' then we would calling them APFO's (Advanced project flying objects) or ETFO's (extraterrestrial flying objects) or even DDFO's (Domestic Drones Flying Overhead)
Just because a light in the sky is Unidentified doesn't mean it is alien in origin.
In cosmology, the vacuum catastrophe is the disagreement of over 100 orders of magnitude between measured values of the vacuum energy density and the theoretical zero-point energy suggested by quantum field theory. This discrepancy has been described as "the worst theoretical prediction in the history of physics."[1]
“Vacuum Catastrophe” Should Be Called the Vacuum Miracle
Quantum field theory allows us to calculate how much energy there should be in the vacuum of space because of these virtual particles. The problem is that when scientists do the calculations, they get a number that is ridiculously wrong. According to this page of a UCLA astronomer, quantum field theory gives a prediction that every cubic centimeter of the vacuum should have an energy density of 1091 grams. This number is 10 followed by 90 zeroes. That is an amount trillions of times greater than the mass of the entire observable universe, which is estimated to be only about 1056 grams.
This means that according to quantum field theory every cubic centimeter of empty space should have more mass-energy than all the mass-energy in the entire observable universe.
How far off is this calculation? It varies on how you do the calculations. According to one type of calculation, the predictions of quantum field theory is wrong by a factor of 1060, which is a factor of a trillion trillion trillion trillion trillion times. According to a different way of estimating it, the predictions of quantum field theory is wrong by a factor of 10120, which is a factor of a million billion quadrillion quintillion sextillion septillion octillion times.
originally posted by: Xtrozero
originally posted by: tanka418
a reply to: neoholographic
That's kind of my point...we have ore than enough viable, high confidence data to begin to form hypothesis, and begin testing those hypothesis. Yet, most simply wish to stand around and deny reality.
You are correct, we are at the hypothesis stage...Doesn't make it real or a fact just yet...
originally posted by: Astyanax
a reply to: tanka418
No, I was asking for specific examples.
Don't have any do you? Thought not.
originally posted by: Merinda
The chance for a civilizations in our galaxy to exist that is similar to us never mind capable of interstellar travel and that it found earth is so minuscule you can discount any such "evidence" on the subject. It is far more likely that our ancestors are from offworld and that knowledge was lost than it is for an species in our galaxy to develop independently achieve ftl travel and find us.
I think we can safely discount both possibilities at this point. I wonder if in 5000 years a copy of star wars will be used as evidence for ancient astronaut theory.
originally posted by: neoholographic
Why isn't advance life common? How do you know this? There's growing EVIDENCE that supports Panspermia. Like finding the building blocks of life on Comets, Meteors and space dust.
The point is, life is probably common based on the AVAILABLE EVIDENCE and not you're assumptions WITHOUT ANY EVIDENCE. Microbial life will be more abundant than intelligent life. So the chances of another planet forming humanoid life isn't astronomical because it isn't guided by CHANCE.
originally posted by: np6888
a reply to: Greathouse
How can you prove that every video is CGI? By this logic, you could argue that a video of cops beating up people is CGI, and then if eyewitnesses say otherwise, you could argue, how can you be sure they're telling the truth. Then you ask them if they're willing to take lie detector tests, then someone will argue, well, lie detector tests can be faked.
originally posted by: np6888
a reply to: Xtrozero
We are not in the hypothesis phase. If the UFO phenomenon is a hypothesis, then all scientific theories are really just hoaxes, let's take evolution for example, if we are to ignore any sort of "reasonableness," then can you prove that someone didn't plant the fossils? Can you prove that the scientists themselves didn't make up the fossils, or are lying themselves? No.
Anyway, to me, it's remarkable that if we are so unique, then the universe would give us a way to destroy ourselves so easily. In reality, E= MC^2 shouldn't really exist, but it does.
originally posted by: Xtrozero
Even when we talk advance life we see with Mars and Venus what happens if things are not just perfect. This doesn't mean that there isn't life on either planet, just not advance life. When we say there are billions of exoplanets, what does this mean?
To suggest earth like that really starts to reduce the number because earth like means.
1. Liquid core
2. Small range for gravity
3. Needs a big moon to stabilize temperature extremes. Without it Earth's tilt would shift by as much as about 85 degrees every 100,000 years or so, alternatively freezing and baking the planet's poles, so no chance for the slow process of evolution.
3. Needs a stable orbit around the sun...binary stars are much more common than single ones.
4. Need a G-type main-sequence star.
5. Need large vacuums cleaners like Jupiter and Saturn to reduce evolution resets, for us it is 70 million years.
6. Need water, most like a water planet...
Not sure a "water planet" is really what you want, but it is true; gonna need that water.
The planet NU(2)C.M. B is classed as a "jovian water vapor"...meaning the planet is a big ball of water vapor. But, as it is in the habitable zone f it's star, there is probably a large range f "wather"...vapor in the atmosphere, liquid on it's surface, and solid at the core...
7. Even with all this it seems advance intelligence is still not a common trait even after billions of species across 4 billion years we got one so far....
Well, not actually across 4 billion years...as it turns out, with all the resets and all...only about 500 million...but if you consider the ascent of Man; that becomes more like 250,000 years...
And in any case, there are plenty, literally billions, of planets out there ripe to have the very same as Earth has now...statistically many must already.
I think people assume too much when we talk about life in general and what that means if we also suggest intelligent space fairing life.
I wonder "who" is assuming too much. For instance, it has been shown that evolution is not a random process, and that there are some solutions that are preferred by evolution...the humanoid form is one of those. The bit about intelligence...intelligence is something that all creatures develop as a survival mechanism...with predators taking the lead.
Planck Satellite Confirms WMAP Findings: Universe is not Copernican
Most cosmologists will not admit it publicly, but perhaps over a beer they would tell you what is happening. Observations over the last 50 years, culminating with the Planck satellite results set modern science on a counter revolution leading closer to ideas formed 500 years ago. Today’s cosmology is based on two broad principles: The Copernican Principle (we are not in a special place in the universe) and the Cosmological Principle (The Copernican Principle, plus isotropy- the view from anywhere in the universe looks about the same). Starting with early studies of the cosmic microwave background (CMB), and in recent years culminating with results from the COBE then the WMAP satellites, scientists were faced with a signal at the largest scales of the universe- a signal that pointed right back at us, indicating that we are in a special place in the universe.
Without getting overly technical, the Copernican and cosmological principles require that any variation in the radiation from the CMB be more or less randomly distributed throughout the universe, especially on large scales. Results from the WMAP satellite (early 2000s) indicated that when looking at large scales of the universe, the noise could be partitioned into “hot” and “cold” sections, and this partitioning is aligned with our ecliptic plane and equinoxes. This partitioning and alignment resulted in an axis through the universe, which scientists dubbed “the axis of evil”, because of the damage it does to their theories. This axis passes right through our tiny portion of the universe. Laurence Krauss commented in 2005:
“ But when you look at [the cosmic microwave background] map, you also see that the structure that is observed, is in fact, in a weird way, correlated with the plane of the earth around the sun. Is this Copernicus coming back to haunt us? That’s crazy. We’re looking out at the whole universe. There’s no way there should be a correlation of structure with our motion of the earth around the sun — the plane of the earth around the sun — the ecliptic. That would say we are truly the center of the universe.”
Most scientists brushed the observation off as a fluke of some type, and many theories were created to explain it away. Many awaited the Planck mission. The Planck satellite was looked upon as a referee for these unexpected (and unwelcome) results. The Planck satellite used different sensor technology, and an improved scanning pattern to map the CMB. In March 2013, Planck reported back, and in fact verified the presence of the signal in even higher definition than before!
originally posted by: Astyanax
a reply to: tanka418
You don't have to keep saying 'I don't know' so many different ways. Once will do.
Still, I understand the need to express a little frustration when one finds that the cupboard is bare.