can someone explain me how travelling at the speed of light slows down time???

Question

related to Theory of Relativity Einstein
Thnks

Answer 1

When you travel at the speed of light time slows down because you cut through the curve instead of going around the edges of it. Usually time and space is like a bowl and we travel around the rim, which is the amount of time from point a to b. Even if you move faster time passes the same if you are on the rim. if an object begins to move extremely fast an object moves closer to the center of the bowl and the distance traveled *time* decreases.

Answer 2

I in no way loved this idea. Its purely time relative to different issues. basic travels at, nicely, the speed of light. So this 12 months (2006) at the same time as i look at a favourite individual 100 basic years away, i'm somewhat seeing the basic (and hence the favourite individual) because it replaced right into 100 years in the past (in 1906). So if i ought to go back and forth at 100 circumstances the speed of light faraway from the Earth for a 12 months, and then seem lower back on the Earth with a large telescope, i'd be receiving basic that replaced right into 100 years old, and therefore would see the Earth of 100 years in the past. yet this does no longer recommend i have travelled lower back in time. i'm nevertheless a 12 months older than i replaced into at the same time as i began the holiday and all and dissimilar on the earth is a 12 months older besides. It purely ability i'm gazing an "old action picture" of the Earth. If I were given lower back contained in the deliver and went lower back to Earth at 100 circumstances the speed of light for a 12 months, i'd be 2 years older, and all and dissimilar on the earth will be 2 years older besides. Its purely concept. Quantum physics somewhat is a load of old kak from time to time . . . . yet even with the undeniable fact that what do i comprehend.

Answer 3

ok, well the theory of relativity is based on the fact that the speed of light is ALWAYS constant. That means that when I am sitting still, I see light traveling at 3.00x 10^9 m/s. This also means that when I am traveling at 1 x10^9 m/s I still see light traveling at 3.00x 10^9 m/s. In order for this to be true, time can not be the same at both speeds. Time, mass, and distance are all relative but the speed of light is constant.

Answer 4

It is relativity. Imagine this if you will. If you are riding in a car and throw a ball out in the same direction that you are moving at 70 mph, and the car is going 70 mph, then the ball is moving at 140 mph (for a very short period of time), but is only moving 70 mph relative to you. Light on the other hand, if it followed the same rule, would move faster if you shined a light out of a moving car. But since the speed remains constant, the only thing that could change in that equation would be the time. Confusing??? I know, but if you think about it, it should help.

Answer 5

I'll give you a theoretical, analogic explanation, which like most analogies is not absolutely complete ... Suppose you are looking at a clock. You see the clock because of the light reflected from its surface to your eyes. Now you start moving away from the clock, at an increasing speed. As you reach a high speed, say 25% of the speed of light, you notice that the clock appears to be running slower, because the light reflecting from its surface to your eyes is taking longer to reach you. Just like a football thrown to a person standing stationary 10 yards away will get to him faster than a football thrown to a person running full speed away from you. When you reach the speed of light, you are traveling at the same speed as the light rays being reflected by the clock, so you are seeing only the rays reflected at a given moment in time, and therefore the clock appears to be stopped. Time has stopped relative to your position, though the clock is still running at full speed relative to a person standing stationary at your original position. If you increase your speed beyond the speed of light, you start to catch up with and see light that was reflected from the clock at an earlier time. So, relative to your position, you start going back in time. Simple! :-)
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Answer 6

Well Einstein proved that the relative velocity of any body with respect to the velocity of light is always constant, which is 2.98x10^8 .

Now, let a body cover a distance D in T second
and let Tn be the normal time of universe
T=1
Tn=1

since velocity =distance/time

V1=2.98x10^8/T (velocity of light taking time which has changed due to motion of object)

V2=D/T (velocity of object taking time which has changed due to motion of object)

C=2.98x10^8/Tn( (velocity of light taking normal time of universe)

now Relative velocity =V1-V2
therefore
(2.98x10^8/T)-(D/T) = C ---- (1)
(From above mentioned Ernestine's Theory)
now since

(2.98x10^8 - D) < (2.98x10^8)

Therefore For equ. 1 to be true
T
thus time slow down with increase in velocity.
This why time slows down when someone is traveling with speed of light.

Answer 7

i think it has more to do with travelling at the speed of light helps you catch up to the speed of time. that's actually a pure guess but it makes sense right??

Answer 8

I actually know the answer, and I think I can tell you in a way that makes sense. First, imagine this: You, as you're sitting there, are in motion at the speed of light. No ****! Okay, chew on that for a minute...
Okay, now forget what you think of when you think of motion. When we think of motion, we think of walking, flying, running... But Einstein showed us with his theory of relativity that space and time are inseparable. Every event occurs at some region of space during some moment in time... Okay, so space and time are married...
Back to motion. There are two types of motion. Motion through space and motion through time--not just motion--SPEED OF LIGHT motion. As we sit here, all of our speed of light motion is through time. As we sit here, we are at motion at the speed of light through time. If you get up and walk around the room, some of your motion through time is borrowed for motion through space. (Making sense?) In other words, some of your time motion is DIVERTED for space motion. The faster your motion through space, the more time motion is diverted... Finally, for something travelling through space at the speed of light, all of it's time motion is fully diverted to space motion, therefore there is no time motion. Travelling at the speed of light would not just slow time, it would stop time altogether.

Answer 9

Does it? Well, a theory is knowledge that has not yet been proven, and for that it would take a volunteer willing to drive his old Chevrolet at the speed of 186,451.21 mph. for, say, a year and then have him come back and tell us his experience... But, seriously, What is the likelyhood that something like this would hapen?
It is like the theory of evolution, in order to make it more beleivable they have made up millions and billions of years, but really, Who was there?

Answer 10

it does not actually slow down the time but as you are moving faster than normally humans are habitual to, so in comparison of your older time consumption the new time is very less.this makes you think the time has slowed down