If the galaxy is so ancient, and we know it can produce life, why havent we heard from anybody else?If another civilization was just 0.1 percent of the galaxys age older than we are, they would be millions of years further along than us and presumably more sophisticated. Recent computer system simulations by Jason T. Wright et al. suggest that the best location to look for ancient space-faring civilizations may be the core of the galaxy, a relatively undiscovered target in the search for extra terrestrial intelligence.Above: Animation showing the settlement of the galaxy. Given the size of the Milky Way, wide-scale stellar colonization could take longer than the age of the galaxy itself.However, a distinct function of this new simulation is its accounting for the motion of the galaxys stars. And since the galaxy formed from the within out, the center is filled with older worlds which supply more time for life to evolve.The center likewise serves as a logical place to “talk” to and from– a main focal point of the galaxy. “we” have not fulfilled an alien civilization, however its possible Earth itself has.The simulation reveals that, offered our area in the galaxy, there is an 89 percent possibility that at least a million years might pass without sees from interstellar ships– possibly adequate time to remove indications of previous colonization.The point is that between the galaxy being completely colonized, or being entirely empty, the simulation demonstrates that there can be middle premises– legitimate responses to the silence which still leave room for technological extraterrestrial life even without contact.Globular Life?While the center of the galaxy is an ideal future realm for SETI research study, there are other areas of the galaxy which simulate the same beneficial conditions as the center– globular clusters.Globular clusters (GC) are ancient massive collections of stars orbiting about the center of the galaxy at ranges of tens of thousands of light years.

The Milky Way is 13 billion years old. Some of our galaxys earliest stars were born near the start of deep space itself. During all these eons of time, we understand a minimum of one technological civilization has been born– us!
If the galaxy is so ancient, and we understand it can develop life, why have not we heard from anybody else?If another civilization was simply 0.1 percent of the galaxys age older than we are, they would be millions of years further along than us and probably more innovative. Offered the size of the Milky Way, wide-scale galactic colonization could take longer than the age of the galaxy itself.However, an unique feature of this new simulation is its accounting for the movement of the galaxys stars. “we” have not fulfilled an alien civilization, however its possible Earth itself has.The simulation shows that, given our place in the galaxy, there is an 89 percent likelihood that at least a million years might pass without check outs from interstellar ships– potentially enough time to remove indications of previous colonization.The point is that in between the galaxy being totally colonized, or being totally empty, the simulation demonstrates that there can be middle grounds– legitimate responses to the silence which still leave room for technological extraterrestrial life even without contact.Globular Life?While the center of the galaxy is an ideal future realm for SETI research, there are other areas of the galaxy which mimic the same favorable conditions as the center– globular clusters.Globular clusters (GC) are ancient enormous collections of stars orbiting about the center of the galaxy at distances of 10s of thousands of light years.