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SAN DIEGO -- If you're light, it's fairly easy to travel at your own speed -- that is to say 186,282 miles per second or 299,800 kilometers per second.
But if you are matter, then it's another matter altogether.
Nothing we know of zips along more quickly than light. Einstein, nearly 100 years ago, said it's not possible. For us, the speed limit makes strange sense: Go faster than light, and you could return before you've left, become your own grandpa, or other perform other leaps of cosmic logic.
Fast forward a century. Astronomers are now measuring stuff -- material, matter, things -- that moves at so close to the speed of light you might think it'd make Einstein a bit nervous. His theory of relativity appears not to be endangered by the blazing speeds, though.
Originally posted by deevee
At 99.9% light speed shouldn't the mass be approaching infinite. (Yeah I know you cant approach infinity) Any science geeks out there want to splain this?
Originally posted by deevee
At 99.9% light speed shouldn't the mass be approaching infinite. (Yeah I know you cant approach infinity) Any science geeks out there want to splain this? Did the Jupiter sized mass the article speaks of start out really tiny and gain mass through acceleration?
"To accelerate a bowling ball to the speed newly measured in these blazars would require all the energy produced in the world for an entire week," Piner said. "And the blobs of plasma in these jets are at least as massive as a large planet."
Originally posted by deevee
At 99.9% light speed shouldn't the mass be approaching infinite. (Yeah I know you cant approach infinity) Any science geeks out there want to splain this? Did the Jupiter sized mass the article speaks of start out really tiny and gain mass through acceleration?
Personally, my money is on A.E. being partially wrong, just as Newton was.. i.e. correct to a certain point and then something else too difficult to understand and/or measure at the time the theory was put forward becomes evident and it all goes out the window.
This is the exact question that came to my mind as well.... Wouldn't this thing pack one heck of a punch to the first solid thing in its path ? I wonder if there is a planet sized ball of plasma screaming thru space with our name on it .
Originally posted by deevee
At 99.9% light speed shouldn't the mass be approaching infinite. (Yeah I know you cant approach infinity) Any science geeks out there want to splain this? Did the Jupiter sized mass the article speaks of start out really tiny and gain mass through acceleration?
Originally posted by Super Strokey
Again, didnt they detect some kind of particle that has mass and travels faster than light a few years ago in one of those huge underground water things that records flashs of light when the water molecules are hit by these faster than light particles? Ill see if i can find a link prehaps.
One last thing, i remember reading somewhere that they were able to speed up a beam of light itself somehow by passing it through a cloud of specially charge argon gas, when something like 300x its original speed. I will try to find a link for this too.
Originally posted by deevee
At 99.9% light speed shouldn't the mass be approaching infinite. (Yeah I know you cant approach infinity) Any science geeks out there want to splain this? Did the Jupiter sized mass the article speaks of start out really tiny and gain mass through acceleration?
Originally posted by Broadsword20068
From my understanding, no actual physical object consisting of particles can surpass the speed of light, because it is impossible to remain in a physical state and do so; you'd be torn to pieces. Only non-matter can reach the speed of light (as far as I have read).