if you could move faster than the speed of light, would you be able to see light move?

Question

answer!!!

Answer 1

Light is made of micromasses which cannot be shadowed. Hence it is basically an invisible substance.
Light moves as a micromass flux which when reflected from an object, and enters our eyes ,reveals its shape and color.

So In order to see light radiation ,the light flux must collide with the cell s in our eye mechanism transmitting the inteligence to our brain which interprets it as a bright image.

So whether you travel fast or slow if light does not enter your eyes either directly or by reflection ,it remains invisible radiation.

If there was another substance in existance which moves as a flux different from light,and was to reflect from the particles of light and you had special eyes to absorb that flux then you would see the particle mass of light and you would see its shadow.

Answer 2

You would not in fact see anything.

Light and all other electromagnetic waves for that matter are merely random and alternate ocillations of electric and magnetic fields, which are invisible to the human eye, so if you attained high enough velocities where you should be able to 'see' the light beam progress through space, you would not be able to see it but you could track its path by observing how it interacts with other particles, like electrons.

On the other hand if we consider light to be composed of particles, and not a wave form, should you be able to slow a light beam, you would see a stream of glowing light quanta, that is particles of light, or photons. The beam however would look very fuzzy, as the uncertainty principle prevents an observer from being able to track the trajectory, that is know the position or momentum, of an individual photon, thus you would not be able to see it directly

Answer 3

This question deals with relativity. Suppose you are in a vehicle moving at the speed of light and you are holding a flashlight on your speedometer to read it. Would the display be dark because you are going faster than the light being emitted from the light? No... Einstein solved this riddle with relativity. Since time also slows down as you speed up, the amount of time for the light to leave the flashlight and hit the display remains constant relative to your time frame... you couldn't tell because time slowed down too.

Answer 4

Yeah, that's thoroughly stunning isn't it. some russian astronauts as quickly as spent a protracted day trip in area, vacationing at some 5,000 miles in step with hour. They spent lots time in area that they had rather elderly 2 seconds under human beings in the worldwide. i comprehend that's rather miniscule and insignifcant, even nonetheless that's cool. think of if that they have been vacationing at close to the value of sunshine; they might have come back to earth and experienced that some years had long gone previous whilst that they had in common terms elderly some weeks. study Michio Kaku's books - Hyperspace, pararell worlds and that i won't be able to bear in mind the third one. they're quite reliable, that's approximately thoretical physics!

Answer 5

I dont think you will be able to see the light as you wont be yourself. Your miss will be more than infinite that is why your eyes will be 2 heavy 2 see anything.

Answer 6

If your velocity would just slightly differ from the velocity of light then YES. You don't have to be faster though!

Answer 7

nothing can move faster than light
if i move faster than light i will betransformed in energy.then how can i will be able to see light

Answer 8

no because just cause u can run as fast as light doesnt mean your eyes will be able to keep up

Answer 9

she meats ur mass, tryin 2 be a smart *** and use brains, let the kid be happy and tell him yes he will be able 2 see light if he is going that fast, its not like his dreamz will be crushed when he gets there since he aint gonna get there!!!

Answer 10

yes, we would be easily able to see light move