editi

nuthin can travel faster than light..angane sambavichal aa object weightless aayirikkum

enikku angane onnu sancharikkan moham.....

wightless aavan gravity zero aayaal pore?? mass less aano udheshichee?
photons inu mass ille?illaa ennu physycist hypothetical aayi parayunnu.
ennalum if somecan can travel faster than light oo enikkaloyikkan vayya..full magic kaanikkaam.

foomiyile karyam anu udheshichathu..bhoomiyil gravity undu evide light speedil oru object poyal athu weightlessness feel cheyyum

photons-nu mass illennu thonunnu

Hypothetically, if you did go faster than light you may go back in time! This is what a previous theory in physics said, before it was replaced.

To explain using a simple method:

1. A clock strikes 12 noon, billions of beams light reflect off the clock, some go into your eye, so you can now see its 12 noon.

2. You start running really fast, at the exact speed of light. You are now running with the beams of light that "say" 12 noon, time doesn't change.

3. You run even fster and start catching up with ohter beams of light that "say" 1155, 1150, 1145 etc. You are now going back in time!

This is a simple example of how time changes relative to speed. You can't actually go faster than light and go back in time, but the general theory is true. Clocks on rockets (which travel incredabily quickly) come back several seconds out, down to the speed it was going.

Čerenkov radiation (also spelled Cerenkov or Cherenkov) is electromagnetic radiation emitted when a charged particle (such as a proton) passes through an insulator at a speed greater than the speed of light in that medium . The characteristic "blue glow" of nuclear reactors is due to Čerenkov radiation. It is named after Russian scientist Pavel Alekseyevich Čerenkov, the 1958 Nobel Prize winner who was the first to characterise it rigorously.[1]

ofcourse speed of light any medium will be less than that of vaccum

adyamayitta kelkkunathusame frame of referenceil thanneyano ithokke?
radiations allandu particles havin. vel>speed of light illello?

valare adhikam discussions ee chodyathinu nadannu kandathil santhosham..

discussions nadannathu kondaanu utharam thaamasichathu...discussions theeratte eenu vicharichu..

sorry for the delay. iny utharam ittekkam....

QUESTION NO. 21

An air plane is approaching you at a speed of 1000 mph.
You are seeing it but not hearing its noise!
What happened to you?


ANSWER:


Nothing happened to you. If the speed of any object exceeds 760 mph, it can not be heard before the object passes you. The reason is, that object is now travelling above the speed of sound that is calculated as 760 mph. Our air plane is travelling at a speed of 1000 mph. Because the speed of light is too much greater than its speed, you can see it too early but not heard because of its higher speed than the speed of sound.


Winners:


Kuttoos - 10


Saji - 10


Saroj - 10


Mithran - 10


Congrats to all the winners.