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Originally posted by libertytoall
Light could never travel faster then the speed of time itself.
Originally posted by libertytoall
Would you like to place a wager on this?
edit on 8-9-2011 by libertytoall because: (no reason given)
Originally posted by john_bmth
Originally posted by libertytoall
Would you like to place a wager on this?
edit on 8-9-2011 by libertytoall because: (no reason given)
Yes. Speed is the measure of spatial displacement over a unit of time. Saying time has speed does not make sense.edit on 8-9-2011 by john_bmth because: (no reason given)
Originally posted by KINGKONG
Wow...so much great information. Thank you all so much.
Yes it works on the racetrack because speeds aren't relativistic. If you wanted to get ultra picky, you could point out that there'[s actually a small discrepancy such that it's not exactly 400mph due to relativity, but at 400 mph, the relativity effects are so insignificant you'd have difficulty measuring it. We actually did measure the discrepancy at about 500 mph (I don't recall the exact speed) but it was for a long period of time, using airplanes, in an experiment which tested and confirmed relativistic effects:
I geuss my analogy would be if the daytona speedway was rotating at 200mph and the race cars where were going around the track at another 200mph...relative to us they are going 400mph, but the drivers are only experianceing 200 mph due to time dialation? The spinning of the track creates a new space/time...and in that space/time they are only going 200. But If i stood next to the track with a radar gun It would tell me they were going 400....right?
But if one of them cars flew off this rotating race track and crashed it would be going a true 400 mph right once it left the track right?
You won't measure a discrepancy of nanoseconds using a regular radar gun or stopwatch, the racetrack experiment isn't accurate enough using that measuring equipment. But if you had more accurate equipment, you could in fact determine that 200mph plus 200mph doesn't really equal 400mph exactly, even in that example. The only reason you'd measure 400mph is due to lack of sufficient accuracy in your equipment, but it's not really 400 mph, it's an infinitesmal fraction off of that.
A time gain of 39 ± 2 ns was observed, compared to a relativistic prediction of 39,8 ns.
With the collider, the relativistic effect you found hard to measure at 400mph becomes much more significant. Time can slow down so much that a century can pass by in one reference frame (such as the Earth) while only a few seconds passes by in another reference frame (for the proton traveling at almost the speed of light). That's the part your example doesn't account for.
Can the same be said if the hardon collider while rotating at 0.02% spd/light, and the inside proton going 99.99%...if the collider then released a single proton...and a stationary insturment outside the collider recorded the speed...wouldnt it then be the sum of the 2 velocity's...(at least for a very short time) breaking the speed of light.
If I am beating a dead horse here I appologise.
So to an outside observer, you'd appear completely motionless, even though you'd still feel yourself falling into the black hole. It's one of the more interesting black hole effects which could be observed because it's not inside the black hole. Time in a spaceship entering an event horizon slows down so much, it almost appears to stop to an outside observer.
Black hole event horizons: An extra-slow version of slow motion
One other case where time slows down, this time in general relativity, involves black holes. Recall that a black hole bends space-time itself, to the point where even light can’t escape. This bending of space-time means that as you approach a black hole, time will slow down for you relative to the outside world.
If you were approaching the black hole and your best friend Dean was far away watching (and could somehow watch “instantly,” without worrying about the time lag from light speed), Dean would see you approach the black hole, slow down and eventually come to rest to hover outside of it. Through the window of your spaceship, Dean would see you sitting absolutely still.
This is only theory, to say a equilibrium has been reached. in Blackhole does not work in my view, it might appear that this has occurred but it has not.
Originally posted by liberty to all
Yes but what's interesting is we are in all sense and purposes frozen in the "present state" according to black hole physics and relativity. As we reach an equilibrium with set distance between our solar system and the singularity of a black hole, we get locked in a present state. We can no longer move forward in reference to the black hole and we cannot move backwards out of the black hole, essentially leaving us in a locked state. What this would mean is time flows from the future, through our present, and into the past, giving us animated movement in our visible world. Without time flowing through us we would not exist. Time is like a wave when you reach equilibrium in a black hole.
Think of time like this. If you stick your hand out of the window of your car when you're parked you feel nothing. When you apply motion (drive 55mph) all of a sudden a new force can be felt. The force is real and is measurable.[edit by]edit on 8-9-2011 by liberty to all because: (no reason given)[/edit by]
Originally posted by googolplex
Originally posted by liberty to all
Yes but what's interesting is we are in all sense and purposes frozen in the "present state" according to black hole physics and relativity. As we reach an equilibrium with set distance between our solar system and the singularity of a black hole, we get locked in a present state. We can no longer move forward in reference to the black hole and we cannot move backwards out of the black hole, essentially leaving us in a locked state. What this would mean is time flows from the future, through our present, and into the past, giving us animated movement in our visible world. Without time flowing through us we would not exist. Time is like a wave when you reach equilibrium in a black hole.
Think of time like this. If you stick your hand out of the window of your car when you're parked you feel nothing. When you apply motion (drive 55mph) all of a sudden a new force can be felt. The force is real and is measurable.[edit by]edit on 8-9-2011 by liberty to all because: (no reason given)[/edit by]
This is only theory, to say a equilibrium has been reached. in Blackhole does not work in my view, it might appear that this has occurred but it has not.
They try and say that every thing has stopped dead upon entering a black hole., but it has not stopped. Even the Hawking Radiation would serve to contradict this, if Hawking Radiation were to be.
A Black Hole is not a True Singularity in that it is multiple, there is only one True Singularity, and it neither stops as it seems upon reaching a critical mass it can not contain it self.
The instant before a Bang there would appear to be nothing within the Nothing of the Universe, " Let There Be Light " Bang.
As for the speed of light to me, there seems to be a Matrix the light particle is moving within.
As an example Light does not move in water at same speed as it does in space, air.
And Gravity can not effect the speed of light but can bend, destort it, and since distance is time it would appear to effect the speed of the light. But if it bent the space also, then what.
The one Astro physics guy, is theorizing that the speed of light has not always been constant, over time since Bang.edit on 8-9-2011 by googolplex because: (no reason given)
Electromagnetic Energy (light): Consider the energy transmitted to the Earth from the Sun by light (or by any source of light). Light, which is also called "electro-magnetic radiation". Why the fancy term? Because light really can be thought of as oscillating, coupled electric and magnetic fields that travel freely through space (without there having to be charged particles of some kind around). It turns out that light may also be thought of as little packets of energy called photons (that is, as particles, instead of waves). The word "photon" derives from the word "photo", which means "light". Photons are created when electrons jump to lower energy levels in atoms, and absorbed when electrons jump to higher levels. Photons are also created when a charged particle, such as an electron or proton, is accelerated, as for example happens in a radio transmitter antenna. But because light can also be described as waves, in addition to being a packet of energy, each photon also has a specific frequency and wavelength associated with it, which depends on how much energy the photon has (because of this weird duality - waves and particles at the same time - people sometimes call particles like photons "wavicles"). The lower the energy, the longer the wavelength and lower the frequency, and vice versa. The reason that sunlight can hurt your skin or your eyes is because it contains "ultraviolet light", which consists of high energy photons. These photons have short wavelength and high frequency, and pack enough energy in each photon to cause physical damage to your skin if they get past the outer layer of skin or the lens in your eye. Radio waves, and the radiant heat you feel at a distance from a campfire, for example, are also forms of electro-magnetic radiation, or light, except that they consist of low energy photons (long wavelength and high frequencies - in the infrared band and lower) that your eyes can't perceive. This was a great discovery of the nineteenth century - that radio waves, x-rays, and gamma-rays, are just forms of light, and that light is electro-magnetic waves