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Originally posted by mnemeth1
I don't think you've taken the time to read any of the material I've posted.
I also think your just randomly throwing out strawman arguments.
[I]If you want to believe that black holes exist, dark matter exists, and pulsars spin around on their axis at thousands of times per second in violation of every known law of physics on this planet, that's your choice.[/I]
I for one think its a load of nonsense.
[edit on 30-6-2009 by mnemeth1]
Traveling at the speed of light does not make time stop. Just the appearance of time.
Originally posted by Lasheic
reply to post by squiz
The big bang, Black holes, Dark matter, Nuetron stars that defy well known laws of physics
Wat?
These phenomena don't defy the laws of physics. They were predicted by the laws of physics... and some later confirmed or suggested by new evidence coming in as our data gathering tools diversify and improve.
Originally posted by Kaytagg
So, anyone debunk this yet? I can't find it on any other news sources, other than the copy cat article linked in the OP. Something in this article was lost on the cutting room floor, I think. Sad thing is, most of the ATS users who read this article are now going to be spewing this as "common knowledge" every chance they get.
Consider a line of people where the first person snaps their fingers, then after a delay, the second person snaps theirs, and so on. The "snap" moves down the line with a speed determined by the delay, which can be arbitrarily short. Hence the snap can move arbitrarily fast.
Originally posted by squiz
A black hole has never been observed, a singularity only exists mathematically through the process of dividing zero. I suggest you look into Stephen Crothers work. I'm no help with the math.
from: Neutron Star
It's certainly true that there are limitations on how many nucleons can be bound together by nuclear forces. However, neutron stars are not bound by nuclear forces. They're bound by gravity. And, so far as anyone knows, there is no fundamental limitation on the amount of material that can be bound by gravity.
Originally posted by spy66
I have a question about slowing light down to a speed less then it had.
If light hits a object won't it slow down when it reflects and even slow down some more when it reflects of a new object?
Don't the natural laws of physics also apply to light. If you throw a ball at a wall it will bounds of with a different speed then it hit with and even more if you hit it at an angel.
Originally posted by Louther
I'm just going to point out that "radio waves" and "light" are the same thing. Radio waves just have a different frequency then the "light" we see. The speed of light is actually the speed that electromagnetic waves travel, this includes all the frequencies from gamma rays to radio waves and everything in between (as in they all travel at the speed of "light").
www.antonine-education.co.uk...
If this article is actually true then the title should be "Scientists make Radio waves travel faster then "the speed of light".
Just thought I would mention that
Originally posted by spy66
I have a question about slowing light down to a speed less then it had.
If light hits a object won't it slow down when it reflects and even slow down some more when it reflects of a new object?
Don't the natural laws of physics also apply to light. If you throw a ball at a wall it will bounds of with a different speed then it hit with and even more if you hit it at an angel.
As far as I know there is not way to slow down light (I could be wrong) but if light hits something it does push it very slightly. Thats the whole idea behind solar sails. They use the momentum of the actual photons to push the spacecraft. I don't think you can think of light in the classical physics mindset.
[edit on 3-7-2009 by Louther]
As far as I know there is not way to slow down light (I could be wrong) but if light hits something it does push it very slightly.
I believe that is where the superluminal confusion comes in. This polarization pattern can move faster than light without anything physical doing it. Imagine a series of light bulbs being lit one after the other in super-rapid succession. If you do it fast enough, they can be turned on in a pattern that moves faster than light.
In the words of the researchers themselves:
“The use of polarization charge, which is massless, also enables the device to be used to investigate superluminal sources”
That is the key. We’re talking about superluminal sources of light… not superluminal photons.