NASA’s Observatories Begin Deepest Ever Look of the Universe

By on Oct 24, 2013 in Breaking News | 0 comments

NASA’s Observatories Begin Deepest Ever Look of the Universe     We’ve looked deep into the universe and almost at the point where we are getting closer to the birth of it. NASA’s Hubble, Spitzer and Chandra telescopes are teaming up to look deeper into the universe. Using the universe’s “zoom lenses” found in space these observatories should be able to uncover galaxies that are 100 times fainter than what we would normally see with these telescopes on their own. In a collaborative team effort called the Frontier Fields astronomers will record and observe data for the next three years. The way they are using the universe as a zoom lens is by using the gravitational fields caused by cluster of galaxies or targeting the most massive amount of matter in the universe. “The Frontier Fields program is exactly what NASA’s great...

Evidence of Other Universes Pulling on Our Own

By on Oct 24, 2013 in For Your Information | 0 comments

Evidence of Other Universes Pulling on Our Own     One theory that is by far mind boggling and perhaps one of the most interesting is the multiverse theory or M theory. It says that there could hypothetically be more than one universe other than our own. It may sound ludicrous to you but just think back to when we believed there was only one our one Sun and then we realized most of those bright dots in the sky are suns or stars! Think about when we felt that Earth was the only planet that had water then we discovered Europa (a moon not even a planet!) has water as well (even more than we do). It seems that whenever we believe something is rare and unique we get slapped by the universe as a reminder that the possibilities are endless and we only just scratched the surface.     Moving along straight to the reported evidence of possible universes pulling on our own....

How the Largest Star (W26) Known in the Universe is Tearing Itself Apart

By on Oct 20, 2013 in Breaking News | 1 comment

How the Largest Star (W26) Known in the Universe is Tearing Itself Apart     A star called W26 located in a supercluster called Westerlund 1. W26 is located in our very own Milky Way and is considered a red supergiant and is 1,500 times bigger than our own sun! Just to humor you and try and give you some perspective think about this. Our Earth has a diameter of 12,742 km. Our sun has a diameter of 1,392,684 km and when we compare that to W26 it has a staggering diameter of 2,089,026,000 km! If W26 was placed in our solar system it would reach out to 13.9 AU (astronomical units – distance from sun to the Earth) which would be further out than Jupiter. That would mean every planet including Jupiter would be sitting inside W26! Now something interesting happened to W26 as astronomers were observing it using the VLT (Very Large Telescope) in Chile. Look at the photo above...

Do Black Holes Live Forever?

By on Oct 15, 2013 in Cosmology | 1 comment

Black holes are one of the most scariest cosmic creatures that roam the vast universe. They have a gravitational force so strong that even light cannot escape from it. To even destroy a black hole it’s highly improbable. So a question arises and maybe you have thought it too, do black holes live forever? Well there is an answer to that and the short version is no they don’t live forever. We now know that black holes actually evaporate over time and shrink. The man who finally answered this question for us is none other than Stephen Hawking (you may have heard of him). In 1974 he studied the region close to the black holes horizon using the laws of quantum mechanics. For those of you who don’t know, quantum mechanics describes what happens on the smallest scale possible. When we talk about the smallest scale, we are talking about on atomic levels or even subatomic...

Two Key Ingredients for Habitable Planets Found for First Time Beyond Our Solar System

By on Oct 14, 2013 in Astonishing Discoveries | 0 comments

Two Key Ingredients for Habitable Planets Found for First Time Beyond Our Solar System     Located 150 light years away astronomers have discovered two main ingredients for habitable planets circling around a star. The white dwarf star known as GD 61 is at its end of its life but when astronomers were observing it they found fragments of an asteroid with significant amounts of water orbiting the star. With these findings it is very possible that this planetary system could have harboured habitable planets at one point. This is indeed the first time scientists have found these two ingredients for the first time beyond our solar system. “These water-rich building blocks, and the terrestrial planets they build, may in fact be common — a system cannot create things as big as asteroids and avoid building planets, and GD 61 had the ingredients to deliver lots of water...