Type your answer here... no....till now its not possible since it travels with 3*10^8 m/s velocity>>>
Light is an electromagnetic wave and all electromagnetic waves travel at the speed of light. All massless particles travel at the speed of light too.
No. The speed of light is 670,800,000 miles per hour. The fastest speed of a human running was set by Maurice Greene, who achieved a sprint speed of 26.7 mph.
There's no reason that infrared light should move at a speed different from the speed of any other wavelength of light, or for that matter, the speed of any other form of electromagnetic radiation. The speed of infrared light is simply the speed of light in whatever medium it happens to find itself at the moment.
The particle that is light is called the Photon. The photon is massless and can travel faster than any other particle because it has no mass. Any particle that has mass will require infinite energy to reach the velocity of light, which is impossible because the particle will have infinite mass in the process (Remember E=mc^2).
If an object has rest mass (any at all) then just to reach the speed of light would require infinite energy - that's more energy than the universe contains. If it has zero rest mass (say a photon) then it travels - always - at the speed of light.
By definition, light travels at the speed of light. About 300,000 kps
No it doesn't. The scenario is completely unrealistic anyway, because if it has any mass at any slower speed, then at the speed of light its mass is infinite.
No such thing would happen. Matter cannot reach the speed of light, only massless things can (and they cannot travel at any other speed than the speed of light).
There's no reason that infrared light should move at a speed different from the speed of any other wavelength of light, or for that matter, the speed of any other form of electromagnetic radiation. The speed of infrared light is simply the speed of light in whatever medium it happens to find itself at the moment.
from a purely mathematical stand point, if something were to reach the speed of light the time dialation/length contraction formula would yield something over 0. This is beacuse the formula is: constant/[(1-(velocity/speed of light)^2] as you can see, if velocity=speed of light, you get something over zero.
That depends on the speed of the spaceship. If it were traveling at the speed of light, which is the maximum speed that any object can reach, it would take 640 years to get there.
The particle that is light is called the Photon. The photon is massless and can travel faster than any other particle because it has no mass. Any particle that has mass will require infinite energy to reach the velocity of light, which is impossible because the particle will have infinite mass in the process (Remember E=mc^2).
It has been proven that the speed of light (about 3 x 108 meters per second) is the maximum speed any object can reach.
The speed of light does not have any media.
As far as we understand physics today, we won't ever be able to get to the speed of light. The faster you go, the harder it gets to go any faster. So that last little fraction will "always" remain impossible - or at least until someone invents a whole new branch of physics. So the only ships that can reach the speed of light are the ones in our imagination.
The speed of light. 300,000 km/h, is the fastest speed of any object in the universe.
No. Not even one thousandth of the speed of light.
If an object has rest mass (any at all) then just to reach the speed of light would require infinite energy - that's more energy than the universe contains. If it has zero rest mass (say a photon) then it travels - always - at the speed of light.
Photons, our word for the properties of light that make it seem particle-like, are massless and travel about 186,000 miles per hour in a vacuum.