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2006-07-19 06:27:37 · 18 answers · asked by Anonymous in Science & Mathematics Physics

18 answers

If you were to travel at the speed of light, you would not feel any different. Everything would apper to be normal except for the outside world.

If you were in space, you would see the sky appear to change. As you increased your speed, a dark spot would appear behind you and begin to spread wider until it covered the whole sky behind you. The stars would appear to be bluer in the front and redder in the back, almost like a rainbow. The sky in front of you would begin to look like a soft white glow (this is microwaves being blue shifted to visible light frequencies) and stars in front of you would become ultraviolet, actually becoming dangerous.

Objects behind you would appear to be frozen in time, objects in front of you would appear to be moving very rapidly (like a sped-up film) and objects falling past you would slow down and freeze their movement as they fell behind you.

As your speed grew, the dark spot behind you would eventually start to spread past you and "swallow" the sky, and you would see a bluer and narrower "opening" in front of you. At this speed, even atoms of gas colliding with your spacecraft would produce intense bursts of radiation and a dust particle would be disastrous.

As you "reached" the speed of light, the whole sky would be dark, and only a single brilliant point of x-rays would remain directly in front of you. Ths is the result of having a very narrow light cone, where only photons directly in front of you could ever reach you.

At this point, your time would be standing still compared to the outside universe, and you could travel around the universe in a few days' time, while billions of years would be passing outside your spacecraft.

2006-07-19 06:39:41 · answer #1 · answered by aichip_mark2 3 · 2 0

Nothing will happens with light if someone travel at a speed of light as I feel it is practically impossible.If you are travelling on your feet than your whole body parts will rupture.Source of light is constant and if you are travelling in direction towards source , u will be roasted before reaching the source.u will be in the same situation if u travel at a speed of light if you are travelling in the same direction as that of light!

2006-07-19 09:03:48 · answer #2 · answered by Anonymous · 0 0

you won't be able to commute swifter than the speed of sunshine. is this the kind of demanding theory for individuals to carry close? Can they no longer also carry close the actual undeniable reality that there is not any such aspect as a tachyon? Time commute to the destiny is evidently achievable and we do all of it the time. in case you want to bypass some distance into the destiny then you fairly would opt for a spaceship able to travelling close to the speed of sunshine. in accordance to relativity no cloth merchandise, an merchandise that has mass (photons, mild, do no longer have relax mass) can commute at or above the speed of sunshine. This merely occurs to be one among those quirky little issues about the universe we stay in. And it merely occurs to be likely the most examined theory in physics considering the fact that time-honored at each particle accelerator lab contained in the international human beings use those mathematics to workout consultation how briskly a particle will be going if pumped as a lot as distinct energies. And that new aspect in switzerland will crank countless power into in spite of it is they're accelerating and that aspect will nevertheless be transferring at below the speed of sunshine. human beings have difficulty with this because they're in basic terms used to speeds that are a tiny fraction of the speed of sunshine and hence no longer acquainted with what occurs once you commute at close to mild speeds. no count number how a lot power or what number engineers you've engaged on it you'll not in any respect commute swifter than mild.

2016-11-06 20:18:19 · answer #3 · answered by Anonymous · 0 0

If you are travelling in the same direction of light, you may not be able to see the effect of light focussed just now, as you are also moving along with it. You can see how the things were looking before the light was switched on.

and if you travel in opposite direction, you may collide with the source of light very soon :-) be aware. Good luck. bye

2006-07-19 06:32:02 · answer #4 · answered by rahulthesweet 3 · 0 0

Personally I can't travel this fast. Einstein's theory of Special Relativity says this is impossible. Theoretically as you approached this speed, time would slow down for you. It is theorized that time would stop at the speed of light. Also, you would be extremely massive, as increased speed leads to increased inertial mass. Moreover, you would shrink in size in the direction that you are moving

2006-07-19 06:29:46 · answer #5 · answered by Anonymous · 0 0

If you travel with the speed of light, according to the theory of relativity your width becomes zero, time stands still and you will weigh infinitely. That is, you vanish from sight but weigh infinitely.

2006-07-19 06:38:30 · answer #6 · answered by naina 2 · 0 0

You will travel the same speed, and time will slow down to the point that it moves very slooooooow.

2006-07-19 06:32:06 · answer #7 · answered by Paul D 2 · 0 0

hahahahah. i wish i can b/c then time will stop and give me more time to do what i WANT!!!

however, no possible. relativitic properties apply---- time dilation, distance dilation, and limit(v-->c) then the limit of the mass is infinity so is the KE to acceleated.

oh yeah. according to the equation of time dilation, it is a negative t if v exceed c. time flow backward. it would be cool to see yourself in real life. hahaha. lol

2006-07-19 06:35:37 · answer #8 · answered by cool nerd 4 · 0 0

there wont be any... you will be traveling the same speed as it so it will never hit your eye

2006-07-19 06:29:45 · answer #9 · answered by Anonymous · 0 0

m=m0/sqrt{1-sq(v/c)}

m0=rest mass of a body

m=moving mass of a body

v=velocity of body

c=velocity of light


if v=c m becomes infinite

2006-07-19 06:53:44 · answer #10 · answered by aala 1 · 0 0

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