oldschoolfool said:
I don't believe this bs,just like they supposedly found evidence of bigfoot and the lochnest monster and etc,etc. We have all these secret aliens and monster's roaming the world. I repeat we would have known about all of this along time ago if this was true. Let me guess,It's a massive goverment cover-up. Again,I call BS on the whole thing.
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Here's the deal with that. If there where intelligent Life from another star even the closest star. They would be so far advanced then us that you would't now if they where standing right next to you. Thats why I'm very skeptical about sightings. You would see them only if they let you see them.
Think the nearest star is 4 light years away. You know how long 4 light years away is? It's far as sh-t. Meaning the fastest thing we know of takes four years to travel from there to here. So if they can do distances like that, they are 1000 of years more advanced then us. They most likely can cut time space in half and travel through wormholes. Which means you will not see them, detect them or hear them unless they wanted you to. They could do things we could not imagine. So do I think there here? Not sure and am always skeptical about anything that doesn't have a whole lot of proof behind it. Reason Why I'm agnostic.
Now not believeing That life is out there I think is just not thinking of the size if the universe. I think we will find primitive life in our own solar system, not to mention other solar systems. Water is the key and Europa seems to be the place to look. Not to think there is life out there is in my mind is ignorant. It just depends on where.
We have 400,000,000,000 stars in our own galaxy, there are billions of galaxies with billions of stars in them. You mean to tell me that there is not any life out there. Our own galaxy is a 100,000 light years accross. Seti hasn't even searched 5% of our own galaxy let alone other galaxies and thats for intelligent life.
The Drake equation states that:
where:
N = the number of
civilizations in our galaxy with which communication might be possible;
and
R* = the average rate of
star formation per year in
our galaxyfp = the fraction of those stars that have
planetsne = the average number of planets that can potentially support
life per star that has planets
fâ„“ = the fraction of the above that actually go on to develop life at some point
fi = the fraction of the above that actually go on to develop
intelligent life
fc = the fraction of civilizations that develop a technology that releases detectable signs of their existence into space
L = the length of time for which such civilizations release detectable signals into space
Using this formula research came up with this answer for the milky way galaxy alone.
In a recent paper published online by the International Journal of Astrobiology, graduate student Duncan Forgan of the Royal Observatory, Edinburgh, in Scotland set up a numerical model of the universe under different scenarios of biogenesis. His model relies on current observational knowledge of stars and planetary systems, as well as some assumptions about the viability of life and its ability to evolve into an advanced, intelligent form. If life can only arise under a narrow set of initial conditions, Forgan estimates there should be 361 advanced, stable civilizations in the Milky Way. If life can spread from one planet to another through biological molecules embedded in asteroids, though, the number jumps to nearly 38,000. (Even given a densely populated galaxy, Forgan notes, there is no guarantee of immediate mutual contact.)